201239560 六、發明說明： 【發明所屬之技術領域】 [0001] 本發明係有關於一種燈具監控系統，尤其是指一種 於使用上不僅能針對各別燈具或各別區域内的燈具進行 亮度控制，以達到節能之目的，且於燈具損壞時亦能回 傳訊號供監控人員得知，讓監控人員能立即進行後續處 理，而在其整體施行使用上更增實用功效特性之燈具監 控系統創新設計者。 【先前技術·】 按，於學校教室、辦公大樓、醫院、百貨公司以及 大型地下停車場等公共場所中，為了擁有足夠的照明亮 度，皆會同時設置有許多燈具，以利用各燈具對該類公 共場所中各處進行照明。 然而，上述設置於大型公共場所中的各燈具，其雖 可達到提供足夠照明之預期功效，但也在其實際操作施 行上發現，該類燈具存在有下列缺點： 該類大型公共場所雖可設1置ί許多燈具用來進行照明 ，但並非隨時皆需要如此多的照明，於白天較為明亮時 或係其他不同狀況下，全亮之照明往往造成過多電能的 浪費，使得常需另行派遣人員開關燈具調整照明亮度， 導致操作使用上之極大不便。 該類大型公共場所設置許多燈具進行照明，但往往 因為場地過大，使得如有燈具損壞故障無法立即得知， 而需定時派遣人員巡視維修更換損壞之燈具，同樣導致 操作使用上之極大不便。 表單編號Α0101 第4頁/共12頁 1002018001-0 [0002] [0003] [0004] [0005] 100110720 201239560 [0006] 緣是，發明人有鑑於此，秉持多年該相關行業之豐 富設計開發及實際製作經驗，針對現有之結構及缺失予 以研究改良，提供一種燈具監控系統，以期達到更佳實 用價值性之目的者。 【發明内容】 [0007] Ο201239560 VI. Description of the Invention: [Technical Field of the Invention] [0001] The present invention relates to a luminaire monitoring system, and more particularly to a brightness control of a luminaire in a respective luminaire or a separate area in use. In order to achieve the purpose of energy saving, and when the lamp is damaged, the signal can be returned to the monitoring personnel for the follow-up, so that the monitoring personnel can immediately carry out subsequent processing, and the innovative designer of the lamp monitoring system with more practical functions in its overall implementation. . [Previous technology] Press, in public places such as school classrooms, office buildings, hospitals, department stores, and large underground parking lots, in order to have sufficient lighting brightness, there will be many lamps installed at the same time to utilize the lamps for public use. Lighting throughout the venue. However, the above-mentioned lamps installed in large public places can achieve the expected effect of providing sufficient illumination, but it is also found in the actual operation and implementation that the lamps have the following disadvantages: 1 ί Many lamps are used for lighting, but not all of them need to be illuminated at any time. When the day is brighter or under different conditions, the full-illumination lighting often wastes too much power, which often requires another person to switch. The luminaire adjusts the brightness of the lighting, resulting in great inconvenience in operation. Many large-scale public places are equipped with many lamps for lighting, but often because the site is too large, it is impossible to know immediately if there is damage to the lamps, and it is necessary to dispatch personnel to patrol and repair the damaged lamps at the same time, which also causes great inconvenience in operation. Form No. 1010101 Page 4/Total 12 Pages 1002018001-0 [0002] [0003] [0004] [0005] 100110720 201239560 [0006] The reason is that the inventors have in view of this, and have been rich in design and development of the relevant industries for many years. Production experience, research and improvement on existing structures and defects, and provide a lighting monitoring system for the purpose of achieving better practical value. SUMMARY OF THE INVENTION [0007] Ο
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[0008] 本發明燈《控线’其主要係於—監控端之微處 理器分別設有料損㈣示H、節能狀態_器及操控 "面’且於微處理H連接有電力載波難與解調器，該 電力載波調變與解調器係與市電相連接’對應監控端設 有，用端，該使用端於微處理器分別連接有串列封包解 碼晶片及串列封包編碼晶片，該串列封包解碼晶片分別 ，、各燈具之調光器相連接，而該串列封包料晶片連接 有電壓比較器’讀電祕較_則與各燈具之調光器所連 接的比流器相連接’另於微處理器連接有電力載波調變 與解調器；藉此，於使用上不僅能針對各別燈具或各別 區域=的燈具進行亮度控制，以達到節能之目的，且於 燈具損壞時亦能回傳訊號供監控人員得知，讓監控人員 能立即進行後續處理’而在其整體施行使用上更增實用 功效特性者。 【實施方式】 為令本發明所運狀技_容、發明目的及其達成 ，功效有更完整且清楚的揭露，兹於下詳細說明之，並 請一併參閱所揭之圖式及圖號： 首先’請參閱第-圖本發明之操控端系統架構圖及 第二圖本發明之使用端系統架構圖所示，本發明主要係 100110720 表單編號A0101 第5頁/共12頁 1002018001-0 [0009] 201239560 6又有一監控端（1 )，且對應監控端（1 )設有使用端 (2)，該使用端（2)則與各燈具（3)相連接，使 得旎經由該監控端（i )監控與使用端（2 )連接之各 燈具（3);其中： [0010] [0011] 该監控端（1)，其設有微處理器（1 1)，對應 该微處理11 ( 1 1 )分別設錢具·«顯示n ( 1 2 ) 、節能狀態顯示器（i 3)及操控介面（i 4)，且於 微處理ϋ ( 1 ；!)與燈具損壞顯示器（i 2 )及微處理 器（1 1 )與節能狀態顯示器（13)間皆設置有串列 封包解碼W (121) 、 （131)，並於微處理器 (1 1 )與操控介面（1 4)間設置有串列封包編碼晶 片（1 4 1 )，另於微處理器（丄i )連接有電力載波 調變與解 ( 1 5 )，該電力載波調變與解調器（丄 5)係與市電相連接，又該微處理器（1 1 )可供與電 腦（1 6)相連接。 該使用端（2)，其設有微處轉器〆2丄），於該 微處理器（2 1)分別連接有串列封包解碼晶片（2 2 )及串列封包編碼晶片（23) ’該串列封包解碼晶片 (”卜分別與各燈具彳^之調光器^^相連接 ’而該串列封包編碼晶片（23)連接有電壓比較器（ 24)，該電壓比較器（24)則與各燈具之調 光” 3 1)所連接的比流器（3 2)相連接，另於微 處理器（2 1)連接有電力載波調變與解調器（2 5 ) 100110720[0008] The lamp "control line" of the present invention is mainly based on the microprocessor of the monitoring terminal, respectively, which is provided with material loss (four) indicating H, energy saving state _ device and control "face" and it is difficult to connect with the power carrier in the micro processing H a demodulator, the power carrier modulation and demodulator is connected to the mains, and the corresponding monitoring end is provided with a terminal, and the terminal is connected to the serial packet decoding chip and the serial packet encoding chip respectively. The serial packet decoding chips are respectively connected, and the dimmers of the lamps are connected, and the serial package material chip is connected with a voltage comparator 'reading the electricity secret' and then connecting with the dimmer of each lamp dimmer. The connection is further connected to the microprocessor with a power carrier modulation and demodulator; thereby, in use, not only can the brightness control of the lamps of the respective lamps or the respective areas = for energy saving purposes, and When the luminaire is damaged, it can also return the signal for the monitoring personnel to know, so that the monitoring personnel can immediately carry out the subsequent processing, and the utility model is more effective in its overall implementation. [Embodiment] In order to make the present invention, the object of the invention and the achievement thereof, the function has a more complete and clear disclosure, which will be described in detail below, and please refer to the illustrated figure and figure number. : First, please refer to the first embodiment of the present invention, and the second embodiment of the present invention is shown in the architecture of the system of the present invention. The present invention is mainly 100110720 Form No. A0101 Page 5 / Total 12 Page 1002018001-0 [ 0009] 201239560 6 has a monitoring end (1), and the corresponding monitoring end (1) is provided with a use end (2), and the use end (2) is connected with each luminaire (3), so that 旎 passes through the monitoring end ( i) monitoring each of the lamps (3) connected to the user terminal (2); wherein: [0011] the monitoring terminal (1) is provided with a microprocessor (1 1) corresponding to the microprocessor 11 (1) 1) Set money, «display n (1 2), energy-saving status display (i 3) and control interface (i 4), and micro-processing ϋ ( 1 ;!) and lamp damage display (i 2) and micro A serial packet decoding W (121), (131) is provided between the processor (1 1 ) and the power-saving status display (13), and is in the microprocessor (1) 1) a serial packet coded chip (1 4 1 ) is disposed between the control interface (14), and a power carrier modulation and solution (15) is connected to the microprocessor (丄i), and the power carrier is modulated. The demodulator (丄5) is connected to the mains, and the microprocessor (1 1) is connected to the computer (16). The use end (2) is provided with a micro-rotator ,2丄), and the microprocessor (2 1) is respectively connected with a serial packet decoding chip (2 2 ) and a serial packet encoding chip (23). The serial packet decoding chip ("b is respectively connected to the dimmers of the respective lamps" and the serial packet encoding chip (23) is connected with a voltage comparator (24), the voltage comparator (24) Then, the current transformer (3 2) connected to the dimming of each lamp is connected, and the power carrier modulation and demodulator (2 5 ) 100110720 is connected to the microprocessor (2 1).
如此一來，使得本發明於操作使用上 表單編號AGm t 6 I/* 12 I 監控人員能 [0012] 201239560 於監控端（i)·操控介面（14)進行各項設定，. 如燈具（3)之亮度等’而經操控介面（丨4)所做之 設定由串列封包編碼晶片（141)進行編碼後，經微 處理器（1 1)由電力載波調變與解調器（1 5)利用 市電之電源線傳導至使用端（2)，該使用端（2)之 電力載波調變與解調器（2 5)於接收到監控端（丄） 傳導之操控訊號後，能由微處理器（2 i)經串列封包 解碼晶片（2 2 )進行解瑪，以利用各調光II ( 3 1 ) 分別對各區或各別燈具（3)進行調光動作，而各區或 各別燈具（3)之亮度及明減狀態，即能經燈具（3) 之調光器（3 1)所連接的比流器（3 2〇將所通過之 電流轉換為電壓傳輸訊號至電壓比較器（24)進行比 較，以由電壓比較器（2 4)比對電壓大小相對判斷出 電流通過大小，且電壓比較器（2 4)之比較結果能經 串列封包編碼晶片（23)進行編瑪後，經微處理器（ 2 1)由電力載波調變與解調器（2 b )利用市電之電 源線傳導至監控端該監控端（1 )之電力載波 調變與解調器（15)於接牧到使用端（2)傳導之燈 具（3)狀態訊號後’能將使用端（2)傳導之燈具（ 3)狀態訊由微處理器（1 1)分別經燈具損壞顯示器 (1 2)及節能狀態顯示器（1 3)之串列封包解碼晶 片（121)、（131)進行解碼，以將燈具（3) 目前之節能狀態由節能狀態顯示器（1 3)上顯示供監 控人員得知，且若燈具（3)損壞無電流通過，亦能由 燈具損壞顯示器（1 2)顯示出該燈具（3)所在區域 位置，令監控人員進行後續之維修處理；另，由於該監 100110720 表單編號A0101 第7頁/共12頁 1002018001-0 201239560 控端（i)之微處理器（11)可供與電腦（i6)相 連接’使得監控人員亦能直接由電腦（i 6)對各區域 或各別燈具進行設定監控’而在操作使用上更具便概 0 [0013] [0014] [0015] [0016] [⑻ 17] [0018] [0019] 藉由以上所述，本發明之結構組成與使用實施說明 可知’本發明與現有結構相較之下’本發明主於 用上不僅騎料職^各職域㈣料進行= 以達到節能之目的，且於燈具損壞時亦能回= )供監控人員得知’讓監控人員能立即進行後續處理， 而在其整體施行使用上更増實用功效特性者。 然而前述之實施例或圖式並非限定本發明之產1 構或使用方式’任何所屬技術領域中具有通常知識= 適當變化紐飾’皆純為錢離本判之專利範t 综上所述’本發明實施例確能達到所預期之使用功 效，又其所揭露之具體構造，不僅未曾見諸於同類產品 中，亦未曾公開於申請前，誠已完全符合專利法之規定 與要求，爰依法㈣發”利之”，予審查， 並賜准專利，則實感德便。 【圖式簡單說明】 第一圖：本發明之操控端系統架構圖 第二圖：本發明之使用端系統架構圖 【主要元件符號說明】 (1 ) 監控端 (11) 微處理器 100110720 表單編號A0101 第8頁/共12頁 1002018001-0 201239560 [0020] (12) 燈具損壞顯示器 [0021] (121)串列封包解碼晶片 [0022] (13) 節能狀態顯示器 [0023] (1 3 1 )串列封包解碼晶片 [0024] (14) 操控介面 [0025] (1 4 1 )串列封包編碼晶片 [0026] (15) 電力載波調變與解調器 π [0027] (16)電腦 [0028] (2) 使用端 [0029] (21) 微處理器 [0030] (22) 串列封包解碼晶片 [0031] (23) 串列封包編碼晶片 1. . . ... [0032] 〇 [0033] (24) 電壓比較器 a 1 .. . (25) 電力載波調變與解調器 [0034] (3 ) 燈具 [0035] (31) 調光器 [0036] (32) 比流器 100110720 表單編號A0101 第9頁/共12頁 1002018001-0In this way, the invention can be used in the operation form form number AGm t 6 I/* 12 I The monitoring personnel can [0012] 201239560 on the monitoring end (i) · the manipulation interface (14) to perform various settings, such as lamps (3 The brightness and the like and the settings made by the manipulation interface (丨4) are encoded by the serial packet encoding chip (141), and then modulated by the power carrier (1 1) by the power carrier modulation and demodulator (1 5 The power line of the utility power is transmitted to the use end (2), and the power carrier modulation of the use end (2) and the demodulator (25) can receive the control signal transmitted by the monitoring end (丄), The processor (2 i) performs decoding on the serially decoded decoder chip (2 2 ) to perform dimming operation on each zone or each of the lamps (3) by using each dimming II ( 3 1 ), and each zone or The brightness and the decrement state of each lamp (3), that is, the current transformer (3 2〇) connected to the dimmer (3 1) of the lamp (3) converts the current passed into a voltage transmission signal to voltage The comparator (24) compares to determine the current passing size by comparing the voltage magnitudes of the voltage comparators (24), and the voltage comparison (2 4) The comparison result can be encoded by the serial packet coded chip (23), and then transmitted to the power carrier line by the power carrier modulation and demodulator (2b) via the microprocessor (2 1). The monitoring terminal (1) of the monitoring terminal (1) of the power carrier modulation and demodulator (15) after the receiver (2) conduction lamp (3) status signal is transmitted to the terminal (2) conduction lamp ( 3) The status message is decoded by the microprocessor (1 1) through the tandem packet decoding chip (121), (131) of the lamp damage display (1 2) and the energy-saving state display (13), respectively, to decode the lamp (3) The current energy-saving status is displayed by the energy-saving status display (1 3) for the monitoring personnel, and if the luminaire (3) is damaged and no current is passed, the luminaire can be damaged (1 2) to show the luminaire (3) The location of the area allows the supervisor to perform subsequent repairs; in addition, since the supervisor 100110720 Form No. A0101 Page 7 / Total 12 Page 1002018001-0 201239560 The microprocessor (11) of the console (i) is available for the computer (i6) "Connected" so that the monitoring staff can also directly use the computer (i 6) for each area or each The luminaire is set to monitor 'and is more practical in operation. [0013] [0015] [0015] [0018] [0019] By the above, the structural composition and use of the present invention The description of the implementation shows that the present invention is used in comparison with the existing structure. The invention is mainly used for the purpose of energy saving for the purpose of energy saving, and can also be returned to the monitoring personnel when the lamp is damaged. Learned that 'the monitoring staff can immediately carry out subsequent processing, and in its overall implementation, it is more practical and effective. However, the foregoing embodiments or drawings do not limit the structure or the mode of use of the present invention. 'There is a general knowledge in the technical field of the art. = Appropriate changes are all purely for the patents of the present invention. The embodiment of the present invention can achieve the expected use efficiency, and the specific structure disclosed therein has not been seen in the same kind of products, nor has it been disclosed before the application, and has completely complied with the requirements and requirements of the patent law. (4) Sending a "profit", reviewing it, and granting a patent, it is really sensible. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram of the architecture of the console system of the present invention. FIG. 2 is a schematic diagram of the architecture of the system of the present invention. [Description of the main components] (1) Monitoring terminal (11) Microprocessor 100110720 Form number A0101 Page 8 of 12 1002018001-0 201239560 [0020] (12) Lamp damage display [0021] (121) Serial packet decoder chip [0022] (13) Energy-saving status display [0023] (1 3 1 ) Column Packet Decoding Wafer [0024] (14) Manipulation Interface [0025] (1 4 1 ) Serial Packet Coded Chip [0026] (15) Power Line Modulation and Demodulator π [0027] (16) Computer [0028] (2) User side [0029] (21) Microprocessor [0030] (22) Tandem packet decoding chip [0031] (23) Tandem packet encoding chip 1. . . . [0032] 〇 [0033] (24) Voltage comparator a 1 .. . (25) Power carrier modulation and demodulator [0034] (3) Lamp [0035] (31) Dimmer [0036] (32) Comparator 100110720 Form number A0101 Page 9 / Total 12 pages 1002018001-0