201015024 九、發明說明： [發明所屬之技術領域】 本發明為提供一種可程式化控制自動調光昭 尤指一巧可透過通，網路，直接控制無限多組光源^組， 依照原％境採光設定值並能自動對光源進行補光 動作的可程式化控制調光照明系統。 ’ 4 【先前技術】 f ’由於光源對現代人而言，不再只是用於夜間昭明 ^唯一目的，一般辦公大樓、百貨公司、咖啡廳 等公 ，、場合所設置的照明設備，不僅在夜間開啟甚至於f 必須啟動照明設備，以維持内部的高度照明，且一 必須同時控制多組光源，無法做到單獨控 ϋ 一種能源浪費，以一般咖啡廳為你丨 : δσ光，形成 的昭明#偌I吾e — a丨卜廳為例，一般在日間時所啟動 數杈1少’但要維持店内多少的亮产則項 罪工作人員自我判斷’倘若工作人昌 又、八 到店内的明暗度，甚至為了省去，父工：：f無:去兼顧 將照明設備啟動至夜間模式，如2」 作人員可能一次 ❿ 浪費，if辈去而-目，丨·如此一來則會造成能源上的 及賈β對業者而s則會增加營運上的成本。 是以，要如何解決上述習用之問題盥缺失，i 向所在者。 丁業之相關廠商所亟欲研究改善之方 【發明内容】 * ί文二t發明之發明人有鑑於上述缺失，乃搜隹相Μ -欠 經驗，經由不斷試作並以f事於此行業累積之多年 光設定值並能由控制模^自叙計出此種依照原環境採 作，或由控制模組内預先進行補光或減光之動 巧預先儲存的設定值，或由中央處理模 201015024 控制模组下達命令，控制模組再對光源 ί命使光源模組調光，-切皆由透過通訊 、。來達成單獨控制開或關及調光照明系統的發明專利者 昭明ίΓΐϊί目的在於：一種可程式化控制自動調光 桓自動調光照明系統，其主要係由 为Tiff 第一通訊模組、控制模組、第二通訊模组 構成，其中光源模組藉由晶片單元驅動電源 隨=以:以=晶片單元利用可變 '資:於:ΐ處理Η丄 ==圍原環亮= 動i光it I依f、境的光線變化而驅使光源單元進行自 作，以達到維持周圍環境亮度之^ 能源的浪費，ίί 亡述結構’可有效降低 去人力在操作上的、Ϊ間進们周整光源亮度，因此有效省 ❹【實施方式】 請參閱 程式化控制 之流程示意 模組較佳實 之自動調光 第一通訊模 光源模組1 第二圖及第三圖所示，係為本發明可 明系統之中央處理模組較佳實施例 施例之流程示意圖，由圖中可清； 其主要係由中央處理模組^、 H制模組12、第二通訊模組13及 4所構成，而中央處理模組丄〇係透過▲一通 201015024 訊巧組1 1，傳送命令至第二通訊模組1 3，再由第二通 =模組1 3傳送命令至控制模組1 2，控制模組1 2係藉 、，通讯傳輸介面1 5 ( i i c或r s 232)傳送命令 至光源模組1 4，返之光源模組1 4所傳遞之照明亮度資 訊係藉由-通訊傳輸介面15 (i卜或"2 3 21^ ，，控制模組1 2，再由控制模組1 2利用第二通訊模組 | 3進行資訊傳輸到第一通訊模組1 i，第一通訊模組 1再傳遞至中央處理模組丄〇。 ^ 源模組14藉由晶片單元141驅動電源啟動 ❹ 。(變壓式或充電式），而晶片單元141透過 fίίΐ 2ϊ收到一預定之光源訊號，此時晶片單元1 1利用開關單元1 4 2控制每一個光源單元1 4 3的啟 $否，啟動後的光源單元i 4 3係可透過晶片單元工4 4用可變電流模組丄44隨時調整每一個光源單元14 每如此’由於中央處理模組1 0内建有 周圍環境的數位資訊，因此可依照環 線變化而驅使光源單元i 4 3進行自動補光 之動作，以達到維持周圍環境亮度之目的。 — 、以曰間為例，於中央處理模組1 〇内輸入有日門的本 〇會依照當時的時間及光源201015024 IX. Description of the invention: [Technical field of the invention] The present invention provides a programmable control automatic dimming, which can be used to directly control an infinite number of groups of light sources through a network, according to the original A programmable control dimming lighting system that sets the value and automatically fills the light source. ' 4 【Previous technology】 f 'Because the light source is not only used for modern people, it is not only used for nighttime, but also for the general purpose of office buildings, department stores, cafes, etc. Turn on even f must start the lighting equipment to maintain the internal high-level lighting, and one must control multiple sets of light sources at the same time, can not be controlled separately. A kind of energy waste, to the general coffee shop for you: δσ光, formed by Zhao Ming#偌Iwu e — a 丨 丨 hall for example, generally in the daytime to start the number of 杈 1 less 'but to maintain the number of bright production in the store is the crime of self-judgment of the staff member's self-judgment if the work person Chang, eight to the store's light and dark Degree, even to save, the father::f no: to take care of the lighting equipment to the night mode, such as 2" staff may be a waste, if the generation goes - and then, this will cause energy The upper and lower companies will increase the operating costs. Therefore, how to solve the above problems is missing, i to the person. Ding Yezhi's related manufacturers want to study the improvement of the side [invention] * The inventor of the invention of the wenwen two t. In view of the above-mentioned shortcomings, it is a search for the opposite - inexperience, through continuous trials and accumulation of things in this industry The multi-year light setting value can be calculated by the control module, such as the preset value according to the original environment, or pre-stored by the control module in advance to fill or dim, or by the central processing module 201015024 The control module issues a command, and the control module then dims the light source module to the light source, and the cut is transmitted through communication. The patent inventor of the invention to achieve a separate control of the on or off and dimming lighting system is: a programmable control automatic dimming 桓 automatic dimming lighting system, mainly by Tiff first communication module, control mode The group and the second communication module are configured, wherein the light source module drives the power supply by the chip unit with the following: =============================================================== I according to f, the light changes in the environment to drive the light source unit to do its own work, in order to achieve the waste of energy to maintain the brightness of the surrounding environment, ίί 亡 结构 structure can effectively reduce the manpower in the operation, the time between the light source brightness Therefore, it is effective to save [implementation] Please refer to the flow chart of the stylized control. The module is automatically dimmed. The first communication mode light source module 1 is shown in the second and third figures. The flow chart of the embodiment of the central processing module of the system is clear from the figure; the main system is composed of a central processing module ^, a H module 12, and a second communication module 13 and 4, and Central processing module The system transmits commands to the second communication module 13 through the ▲ one pass 201015024 message group 1, and then transmits the command to the control module 1 2 through the second pass = module 1 3, and the control module 12 is borrowed, The communication transmission interface 1 5 (iic or rs 232) transmits a command to the light source module 14 4, and the illumination brightness information transmitted by the light source module 14 is transmitted through the communication communication interface 15 (i Bu or " 2 3 21^, the control module 1 2, and then the control module 1 2 uses the second communication module | 3 to transmit information to the first communication module 1 i, and the first communication module 1 is transferred to the central processing module The source module 14 is driven by the chip unit 141 to drive the power (transformation or charging), and the wafer unit 141 receives a predetermined light source signal through the device, and the wafer unit 1 1 uses the switch. The unit 1 4 2 controls the activation of each of the light source units 1 4 3 , and the activated light source unit i 4 3 can adjust each light source unit 14 at any time through the wafer unit 4 using the variable current module 丄 44. 'Because the central processing module 10 has digital information in the surrounding environment, it can be in accordance with the ring. The change drives the light source unit i 4 3 to perform automatic light filling to achieve the purpose of maintaining the brightness of the surrounding environment. - In the case of the daytime, the input of the day door in the central processing module 1 is based on the time. Time and light source
T唬2第一通訊模組i i傳遞命令組至 tJ 3，而第二通訊模組2 3再將接收到的命令組 ^备上 逋訊傳輸介面1 5 ( " c或r s 2 3 2 ) 光，组！ 4，當光源模…4接收到正以 模組1 4 0 (變壓式哎夯雷士、i ί 1 1會错由電源啟動 電式）透過定電壓模組1 4 5# 給，闕早7〇1 4 2電源，同時將固定電 兀1 4 3以啟動之，同時晶片單元〗 ^該先源早 早701 4 1利用可變電流模 201015024 iiS隨？？ί各f巧元14 3的光源亮度，使裝設 有先源早το 1 4 3的地方皆可維持在最佳之照明狀態。 如第模組12係可單獨獨立-；系統 如^一圖，不為要中央處理模組1 ◦，第一通訊模组丄工 ’加設有光源感測單元2，該光源感 測早7G 2可裝3又於一般光源較不穩定的區域， 域J訊號傳回控制模組i 2，而控制模組將二 進行提高電流以增加亮度，=二 弁Sr®所示’係為本發明自動調光照明系統之The first communication module ii transmits the command group to tJ 3, and the second communication module 2 further sets the received command group to the communication transmission interface 1 5 ( " c or rs 2 3 2 ) Light, group! 4, when the light source module ... 4 received positive module 1 4 0 (transformation type NVC, i ί 1 1 will be wrong by the power supply start mode) through the constant voltage module 1 4 5 # give, early 7〇1 4 2 power supply, at the same time will be fixed 兀 1 4 3 to start, at the same time the wafer unit 〗 ^ The source is early 701 4 1 using variable current mode 201015024 iiS with? ? The brightness of the light source of each of the 14 elements is such that the place where the source is early το 1 4 3 can be maintained in an optimal illumination state. For example, the module 12 can be independent and independent--the system is not the central processing module 1 ◦, the first communication module is completed and the light source sensing unit 2 is added, and the light source senses 7G early. 2 can be installed 3 and in the area where the general light source is unstable, the domain J signal is transmitted back to the control module i 2, and the control module will increase the current to increase the brightness, as shown by the second 弁Sr® Automatic dimming lighting system
Li電源啟動模組14 ◦ “系以充電式為例，當原ίϊ ””啟動模組i 4 ◦(如第三圖所示）故障時U 片ί 1 a則會選擇充電式的電源啟動模組i 4 〇 a ，，光源杈組1 4 a接收到正確的數位訊號後， 内的晶片單元141a則會藉由電源吏啟 Φ 之各開關單元1 4 2 a電源，同時將固定電壓傳 先源早το 1 4 3 a以啟動之，同時晶片單元i ，可變電流模組i 4 4 a隨時調整各光源單元 度’使裝設有光源單^ 4 3 a的地 在取佳之照明狀態。 準狩 技術2在i發明之自動調光照明系統1為可改善習用之 由於中央處理模組1〇内建有每個光源單元丄 C數，資訊，因此可依照環境的光線變化而驅 一、到維持·環境亮度之目的。 料以達 ^者，可有效降低能源的浪費，且無需人力進 光源亮度，因此有效省去人力在操作上的時間。° 惟，以上所述僅為本發明之較佳實施例而已，非因此 201015024 即拘限本發明之專利範圍， ^容所為之簡易修飾及等效以：本:;月以及圖 本發明之專利範圍内，合予陳明稱㈣職同理包含於 能達本發明之自動調光照明於使用時，為禮實 禾為符合發明專利之申請要件月=Km” 局審委右杯打二保障發明人之辛苦發明，倘若鈞 合，實感公便。，知不吝來函指示，發明人定當竭力配 ❹Li Power Startup Module 14 ◦ “Take the charging type as an example, when the original ϊ ” start module i 4 ◦ (as shown in the third figure), the U chip ί 1 a will select the rechargeable power supply start mode. After the group i 4 〇a , the light source 杈 group 14 4 a receives the correct digital signal, the internal wafer unit 141a turns on the power of each switching unit 1 4 2 a by the power supply, and simultaneously transmits the fixed voltage. The source is το 1 4 3 a to start, and the wafer unit i and the variable current module i 4 4 a adjust the degree of each light source unit at any time to make the ground with the light source single ^ 3 3 a in a better illumination state. The automatic dimming lighting system 1 of the invention is designed to improve the use. Since the central processing module 1 has built-in information on each light source unit, information can be driven according to changes in the ambient light. In order to maintain the brightness of the environment, it can effectively reduce the waste of energy and eliminate the need for human light to enter the brightness of the light source, thus effectively eliminating the manpower time in operation. However, the above is only the present invention. The preferred embodiment is not limited to 201015024 The scope of the patent, the simple modification and equivalent of the contents of the::::: month and the patent scope of the invention, combined with Chen Ming said (four) job is included in the automatic dimming lighting of the invention can be used At the time, Li Shihe was the application for the invention patent. The month of the application was RMB=Km. The bureau’s right cup was used to protect the inventor’s hard work, and if it was combined, it was really polite. Informed by the letter, the inventor will try his best to match
9 201015024 【圖式簡單說明】 第一圖係為本發明可程式化控制自動調光照明系統之中 央處理模組較佳實施例之流程示意圖。 第一圖係為本發明可程式化控制自動調光照明系統之控 巧模組較佳實施例之流程示意圖。 第二圖係為本發明可程式化控制自動調光照明系統之光 ，模組較佳實施例之流程示意圖。 第四圖係^本發明可程式化控制自動調光照明系統之光 源模組另一較佳實施例之流程示意圖。 【主要元件符號說明】 1 10 11 12 13 1 4、1 4 a 1 4 0 ' 1 4 0 a 1 4 1 ' 1 4 1 a 1 4 2、1 4 2 a 1 4 3、1 4 3 a 1 4 4、1 4 4 a 14 5 15 2 自動調光照明系統· · 、中央處理模組 .. 第一通訊模組 .. 控制板組 .. 第二通訊模組 ·. 光源模組 .. 電源啟動模組 .. 晶片單元 .. ❹開關單元 .. 光源單元 可變電流模組 定電壓模組 通訊傳輸介面 光源感測單元9 201015024 [Simple description of the drawings] The first figure is a schematic flow chart of a preferred embodiment of the central processing module of the programmable control automatic dimming lighting system of the present invention. The first figure is a schematic flow chart of a preferred embodiment of the control module of the programmable control automatic dimming lighting system of the present invention. The second figure is a schematic flow chart of a preferred embodiment of the light module of the programmable control automatic dimming lighting system of the present invention. The fourth figure is a schematic flow chart of another preferred embodiment of the optical source module of the present invention which can be programmed to control the automatic dimming lighting system. [Description of main component symbols] 1 10 11 12 13 1 4, 1 4 a 1 4 0 ' 1 4 0 a 1 4 1 ' 1 4 1 a 1 4 2, 1 4 2 a 1 4 3, 1 4 3 a 1 4 4,1 4 4 a 14 5 15 2 Automatic dimming lighting system · · , central processing module · first communication module: control panel group.. second communication module ·. light source module.. power supply Startup module: wafer unit: ❹ switch unit: light source unit variable current module constant voltage module communication transmission interface light source sensing unit