M361609 五、新型說明： 【新型所屬之技術領域】 本創作係為一種可進行無線通訊之網路式LED照 明燈，係利用一控制單元控制植設有發光二極體（LED) 之基板，以透過電腦等設備輸出多種控制指令控制一個 以上的LED照明設備之亮度、耗電功率等參數，架構一 節能之智慧型照明環境。 【先前技術】 台灣新型專利第M344439號，揭露一種發光二極體 (LED)之燈管結構改良，主要係將多數發光二極體 (LED)植設一固燈板上，然後配合燈座與燈罩，形成 一具有傳統日光燈造型之發光二極體燈管結構，以供使 用於傳統的日光燈燈座上。 另台灣發明公開第200835881號專利，揭露一種可 直接替換日光燈管之LED燈具裝置，主要係於燈具兩側 分別裝設一可適用於日光燈管座之端子座，燈管内設置 一交換電路，以將交流電源轉換為直流電源，提供LED 使用。 上述的LED燈管雖然均可使用於傳統的日光燈燈 座，但無法透過無線通訊的方式控制LED的狀態，例如 LED的亮滅狀態、LED的照度與LED消耗功率等參數， 也無法透過網路通訊型態對特定群組的多數LED燈具 進行同步性的控制，亦無法利用LED燈具的光線架構一 M361609 可視光網路通信。 【新型内容】 本創作主要係解決LED燈具無法以無線通訊技術 控制特定參數之問題’亦為解決LED燈具無法透過網路 通訊型態進行群組式安裝與同步式控制之問題，也為解 決LED燈具之光線無法進行可視光網路通信之問題。 本創作提供一種可進行無線通訊之網路式LED照 明燈，其包括有端子座、燈室、電源轉換單元、控制單 元、基板、發光二極體（LED)，其中端子座包括有第一 極與第二極；燈室具有一容納空間；電源轉換單元與前 述端子座之第一極、第二極電性連接，供將交流電源轉 換為直流電源；控制單元與上述電源轉換單元電性連 接’該控制單元包含有微電腦、驅動電路、網路模組及 無線通訊元件；基板設置於燈室内，並與電源轉換單元 及控制單元電性連接；發光二極體（LED)植設於基板 上。 本創作進一步包括一複合式路由器，上述之控制單 元藉由無線通訊元件與該複合式路由器對應為無線式 連接。 上述之複合式路由器内建或連接有一無線通訊模 組’該無線通訊模組與前述之無線通訊元件使用相同的 通訊協定；該通訊協定係為Zigbee通訊技術（短距、 低速、低功耗之無線網路通訊技術）、Wi-Fi通訊技術 或W i -Max通訊技術中之*—種。 M361609 上述之控制單元係設置於燈室内或燈室外。 上述之控制單元係以無段式或有段式之遞增（或遞 減）參數傳遞至發光二極體，以控制發光二極體之照度 或耗電功率者。 上述可進行無線通訊之網路式LED照明燈，係進一 步包括有一蓄電單元，該蓄電單元與電源轉換單元、控 制單元等彼此電性連接。 上述控制單元係進一步連接或包括一環境感應器。 • 上述可進行無線通訊之網路式LED照明燈，其發光 二極體產生之光源係被作為一訊號傳遞介面。 本創作之優點在於： 1.本創作以傳統燈具造型為架構，例如日光燈、燈 泡與省電燈泡等，並於燈具中設置控制單元與LED等， 使具節能功效之LED能適用於現有的傳統燈座，可大幅 降低由耗能光源轉換為節能光源之成本。 I 2.本創作結合複合式路由器，藉由該複合式路由器 可以使多數LED照明設備架構成一同步動作的照明群 組，特別適用於辦公室、廠房、大樓、車站、商店或公 共空間等。 3. 複合式路由器係以無線通訊技術（例如Zigbee) 與多數LED照明設備進行無線式通訊，二者之間無須設 置連接線材線，因此LED照明設備的設置地點不容易受 到限制。 4. 複合式路由器另可與個人電腦、筆記型電腦、 M361609 PDA、智慧型手機、區域網路或網際網路相連接，透過 :人電腦等設備輪出多種控制指令可以控制LED照明 3又備之免度、耗電功率等參數或開與關，容易架構一節 能之智慧型照明環境。 5. 透過區與網路或網際網路，可以近端或遠端控制 一個以上的LED照明設備。 6. 本創作設有蓄電單元，當發生災害及停電時，可 藉由蓄電單元提供電力，使LED照明設備持續發亮，以 &供疏散指示或臨時照明作用。 7. 本創作之LED照明設備所產生之光源係被作為 一訊號傳遞介面，藉由該可視光傳輸資訊的特徵，在光 源所及之處皆為資訊可傳遞之區域，因此得以提高資訊 傳遞之便利性。 【實施方式】 如第一圖、第二圖所示’係以本創作實施於日光燈 管為例’其包括有燈室（1)、端子座（2)、電源轉換單 元（3)、控制單元（4)、基板（5)、發光二極體（6) 〔LED〕蓄電單元（7)，其中： 燈室（1)’在本實施例中係設為一傳統日光燈的燈 管形態，其内部為一容納空間。 端子座（2)，係設置於燈室（1)之兩側，分別包 括有第一極（21)與第二極（22)。 電源轉換單元（3)，係設置於燈室（1)内或燈室 (1)外，本實施例係設置於燈室〇)内，其與前述端 M361609 子座（2)之第一極（21)、第二極（22)電性連接，供 將交流電源轉換為直流電源。 控制單元（4)，係設置於燈室（1)内或燈室（1) 外，本實施例係設置於燈室（1)内（第一圖未示出）， 其與上述電源轉換單元（3)電性連接，該控制單元 至少包含微電腦（42 )、驅動電路（43)、網路模組（44) 及無線通訊元件（45) ’該無線通訊元件（45)係使用 無線通訊技術進行通訊，例如Zigbee通訊技術（短距、 ® 低速、低功耗之無線網路通訊技術）、Wi_Fi通訊技術 或Wi-Max通訊技術等，本實施例係使用Zigbee通訊技 術。 基板（5) ’係設置於燈室（1)内，並與電源轉換 單元（3)及控制單元（4)電性連接。 發光二極體（6)，係植設於基板（5)上。 蓄電單元（7)，其與電源轉換單元（3)、控制單元 鲁 （4)等彼此電性連接 請參閱第三圖，由於本創作之燈室（丨）與端子座 (2)之形狀與大小係設成與傳統日光燈相同，因此可 以組裝於傳統的日光燈燈座（9)，形成一 LED的照明 設備。 如第二圖、第四圖所示，本創作進一步包括有一複 合式路由器（8)，前述之控制單元（4)藉由無線通訊 元件（45)與該複合式路由器（8)對應為無線式連接， 該複合式路由器（8)内建或連接有一無線通訊模組 M361609 (81)，該無線通訊模組（81)與無線通訊元件（45) 使用相同的Zigbee通訊技術，複合式路由器另可 與電腦（A)相連接’則電腦（A)指令可透過複合式路 由器（8)控制燈室（1)内之發光二極體（6)。 明參閱第二圖與第五圖，由於本創作之控制單元 (4)包括有無線通訊元件（45)，同時複合式路由器（8) 亦内建或連接有一無線通訊模組（81)，二者使用相同 的Zigbee通訊技術，因此在該無線通訊模組（Μ )之 無線訊號可及之範圍内，多組照明設備係可共同連接至 一複合式路由器（8)’形成一群組架構。另由於控制單 元、（4)包括有網路模組（44)，而複合式路由器（8) 可以對該網路模組（44)配發一個特有的網路位址，當 夕個、周路;^組（44)共同對應至—個複合式路由器（8) 時’邊複合式路由H (8)即可配發不同的網路位址給 每一網路模組（44)，形成—網路式的⑽照明設備群 1°獲合式路由器（8)另可連接電腦（A)、PDA (C)、 筆兄型電腦（D)或網際網路⑻，如此，電腦⑴、 (C)、筆記型電腦⑻即可輸出控制指令透過複合 (8)之無線通訊模組(81)利用Zi•通訊 =!2控制單元⑷之無線通訊元件⑹，從而 鳊或m端同時控制多組燈室⑴中的發光二極體 ’使其同步動作。其中控制單 =使用無段式或有段式之遞増(或遞減 ) 才亟體（6)，以控制發光二極體（6)之照度 M361609 或耗電功率等，例如藉由電腦（A)輸出控制指令，有 段式地控制發光二極體⑷之照度為2G%、鄕、⑽ / 80%、1〇〇%等’或藉由電腦（A)輸出⑽、等 控制指令’控制發光二極體（6)之開與關。在第五圖 中設置有二個複合式路由器⑻，每—個複合式路由器 (8)均各自連接並控制著—組群組式的照明設備。本 糾乍所：置之蓄電單元⑺，當發生災害及停電時，可 错由該蓄電單元⑺之蓄電，提供發光二極體（6)電 力，以方便緊急狀況時之疏散指示、照明服務等作用 本創作之㈣單^⑷可進—步連接或包括一環 境感應器⑷）’藉由該環境感應器（4 6)收集環境資料例 如1度、冗度、濕度、一氧化碳含量、煙霧量等，並透 過控制單元⑷與複合式路由器⑻傳送該資料至電腦 (A) PDA ( C)、_記型電腦（d )或網際網路（B )。 刖述實施例係以日光燈管為實施樣態，實施於日光 燈時’其端子座有二個（於日光燈管二側各一個），但 本創作亦可實施於其他燈具，例如實施於燈泡時，其端 子座則只有一個，但端子座仍包括第一極、第二極、。 ^本創作之發光二極體⑷所產生之光源係被作為 —訊號傳遞介面，藉由該可視光傳輸資訊的特徵，在光 源所及之處皆為資訊可傳遞之區域，因此得以提高資訊 傳遞之便利性。 【圖式簡單說明】 第一圖係本創作燈室之剖視圖。 M3 61609 …第二圖係本創作控制單元之構造示意圖及控制單 兀糟由無線通訊元件與複合式路由器對應為無線 接之示意圖。 第三圖係本創作安裝於燈座之示意圖。 第四圖係本創作包括複合式路由器並連結電腦之 示意圖。 第五圖係本創作包括多個複合式路由器並連結電 腦、PDA、筆記型電腦與網際網路之示意圖。 【主要元件符號說明】 " (1) 燈室 (2) 端子座 (21) 第一極 (22) 弟—才系 (3) 電源轉換單元 (4) 控制單元 (42) 微電腦 (43) 驅動電路 (44) 網路模組 (45) 無線通訊元件 (46) 環境感應器 (5) 基板 (6) 發光二極體 (7) 蓄電單元 (8) 複合式路由器 (81) 無線通訊模組 (9) 燈座 (A) 電腦 (B) 網際網路 (C) PDA (D) 筆記型電腦M361609 V. New Description: [New Technology Field] This is a network-type LED lighting lamp that can communicate wirelessly. It uses a control unit to control the substrate on which the light-emitting diode (LED) is implanted. Through the computer and other equipment to output a variety of control commands to control the brightness, power consumption and other parameters of more than one LED lighting equipment, the architecture of an energy-saving intelligent lighting environment. [Prior Art] Taiwan Patent No. M344439 discloses an improvement of a lamp structure of a light-emitting diode (LED), mainly by arranging a plurality of light-emitting diodes (LEDs) on a fixed light board, and then matching the lamp holder with The lampshade forms a light-emitting diode lamp structure with a conventional fluorescent lamp for use on a conventional fluorescent lamp holder. Another Taiwan Patent Publication No. 200835881 discloses an LED lamp device capable of directly replacing a fluorescent tube, which is mainly provided with a terminal block suitable for a fluorescent lamp socket on both sides of the lamp, and a switching circuit is arranged in the lamp tube to Convert AC power to DC power for LED use. Although the above LED tube can be used in a conventional fluorescent lamp holder, the state of the LED cannot be controlled by wireless communication, such as the LED on and off state, the illumination of the LED, and the power consumption of the LED, and the network cannot pass through the network. The communication type controls the synchronization of most LED lamps in a specific group, and can not utilize the light structure of the LED lamp to communicate with the M361609 visible light network. [New content] This creation mainly solves the problem that LED lamps cannot control specific parameters by wireless communication technology. It also solves the problem that LED lamps cannot be group-mounted and synchronously controlled through network communication type, and also solves LED problems. The light from the luminaire is unable to communicate with the visible optical network. The present invention provides a network type LED illumination lamp capable of wireless communication, comprising a terminal block, a lamp room, a power conversion unit, a control unit, a substrate, and a light emitting diode (LED), wherein the terminal block includes a first pole And the second pole; the lamp chamber has a receiving space; the power conversion unit is electrically connected to the first pole and the second pole of the terminal block for converting the AC power to the DC power source; and the control unit is electrically connected to the power conversion unit The control unit comprises a microcomputer, a driving circuit, a network module and a wireless communication component; the substrate is disposed in the lamp chamber and electrically connected to the power conversion unit and the control unit; the LED is implanted on the substrate . The present invention further includes a composite router, wherein the control unit is wirelessly coupled to the composite router by a wireless communication component. The above-mentioned composite router is built or connected with a wireless communication module. The wireless communication module uses the same communication protocol as the aforementioned wireless communication component; the communication protocol is Zigbee communication technology (short distance, low speed, low power consumption). Wireless network communication technology), Wi-Fi communication technology or Wi-Max communication technology. M361609 The above control unit is installed in the lamp room or outside the lamp. The control unit described above is transmitted to the light emitting diode in a stepless or segmented incremental (or decreasing) parameter to control the illumination or power consumption of the light emitting diode. The above-mentioned network type LED illumination lamp capable of wireless communication further includes an electric storage unit electrically connected to the power conversion unit, the control unit and the like. The above control unit is further connected or includes an environmental sensor. • The above-mentioned network-type LED illuminator for wireless communication, the light source generated by the illuminating diode is used as a signal transmission interface. The advantages of this creation are as follows: 1. The creation is based on the structure of traditional lamps, such as fluorescent lamps, light bulbs and power-saving bulbs, and the control unit and LEDs are installed in the lamps, so that the energy-saving LED can be applied to the existing traditional lamps. The seat can greatly reduce the cost of converting energy-consuming light sources into energy-saving light sources. I 2. This creation combines a composite router, which allows most LED lighting fixtures to form a synchronized lighting group, especially for offices, buildings, buildings, stations, shops or public spaces. 3. The hybrid router uses wireless communication technology (such as Zigbee) to communicate wirelessly with most LED lighting devices. There is no need to set up a connecting wire between the two, so the location of the LED lighting device is not easily restricted. 4. The hybrid router can also be connected to a personal computer, a notebook computer, a M361609 PDA, a smart phone, a regional network or the Internet. It can control LED lighting through a variety of control commands such as a human computer. It is easy to construct an energy-saving intelligent lighting environment with parameters such as exemption and power consumption. 5. More than one LED lighting device can be controlled proximally or remotely through the zone and the network or the Internet. 6. This creation is equipped with a power storage unit. When a disaster or power failure occurs, the power supply unit can provide power to keep the LED lighting device illuminating, and to provide an evacuation indication or temporary lighting. 7. The light source generated by the LED lighting device of the present invention is used as a signal transmission interface, and the information transmitted by the visible light is an information transferable area where the light source is located, thereby improving the information transmission. Convenience. [Embodiment] As shown in the first figure and the second figure, 'the invention is implemented in a fluorescent tube as an example', which includes a lamp chamber (1), a terminal block (2), a power conversion unit (3), and a control unit. (4) a substrate (5), a light-emitting diode (6), an [LED] power storage unit (7), wherein: the lamp chamber (1)' is set as a lamp form of a conventional fluorescent lamp in the present embodiment, The interior is a space for accommodation. The terminal block (2) is disposed on both sides of the lamp chamber (1) and includes a first pole (21) and a second pole (22), respectively. The power conversion unit (3) is disposed in the lamp chamber (1) or outside the lamp chamber (1), and the embodiment is disposed in the lamp chamber 〇), and the first pole of the sub-seat (2) of the end M361609 (21) The second pole (22) is electrically connected to convert the AC power to a DC power source. The control unit (4) is disposed in the lamp chamber (1) or outside the lamp chamber (1), and the embodiment is disposed in the lamp chamber (1) (not shown in the first figure), and the power conversion unit is (3) Electrical connection, the control unit includes at least a microcomputer (42), a driving circuit (43), a network module (44), and a wireless communication component (45) 'The wireless communication component (45) uses wireless communication technology For communication, such as Zigbee communication technology (short-range, ® low-speed, low-power wireless network communication technology), Wi_Fi communication technology or Wi-Max communication technology, this embodiment uses Zigbee communication technology. The substrate (5)' is disposed in the lamp chamber (1) and electrically connected to the power conversion unit (3) and the control unit (4). The light emitting diode (6) is implanted on the substrate (5). The power storage unit (7) is electrically connected to the power conversion unit (3), the control unit Lu (4), etc., as shown in the third figure, because of the shape of the lamp chamber (丨) and the terminal block (2) of the present invention. The size is set to be the same as that of a conventional fluorescent lamp, so it can be assembled in a conventional fluorescent lamp holder (9) to form an LED lighting device. As shown in the second and fourth figures, the creation further includes a composite router (8), wherein the control unit (4) is wirelessly connected to the composite router (8) by the wireless communication component (45). Connected, the composite router (8) has a built-in or connected wireless communication module M361609 (81). The wireless communication module (81) uses the same Zigbee communication technology as the wireless communication component (45), and the composite router can be connected. Connected to the computer (A) 'The computer (A) command can control the LED (6) in the lamp chamber (1) through the hybrid router (8). Referring to the second and fifth figures, since the control unit (4) of the present invention includes a wireless communication component (45), the composite router (8) is also built or connected with a wireless communication module (81), The same Zigbee communication technology is used, so that within the range of the wireless signal of the wireless communication module (Μ), multiple sets of lighting devices can be connected to a composite router (8) to form a group architecture. In addition, since the control unit (4) includes a network module (44), the composite router (8) can allocate a unique network address to the network module (44), which is a week and a week. When the group (44) corresponds to a composite router (8), the edge-combined route H (8) can allocate different network addresses to each network module (44) to form - Network (10) lighting equipment group 1 ° integrated router (8) can also be connected to computer (A), PDA (C), pen brother computer (D) or the Internet (8), so, computer (1), (C ), the notebook computer (8) can output the control command through the composite (8) wireless communication module (81) using the wireless communication component (6) of the Zi• communication=!2 control unit (4), thereby controlling the plurality of lights at the same time or the m end The light-emitting diodes in the chamber (1) are synchronized. The control list = use the segmentless or segmented transfer (or decrement) to the body (6) to control the illumination of the LED (6) M361609 or power consumption, etc., for example by computer (A ) Output control command to control the illumination of the LED (4) to 2G%, 鄕, (10) / 80%, 1〇〇%, etc. or to control the illumination by computer (A) output (10), etc. The opening and closing of the diode (6). In the fifth figure, there are two composite routers (8), and each of the composite routers (8) respectively connect and control the group-group lighting devices. The rectification unit: (7), when a disaster or power failure occurs, the power storage unit (7) can be mistakenly stored to provide the light-emitting diode (6) power to facilitate evacuation instructions, lighting services, etc. in an emergency situation. Function (4) Single ^ (4) can be connected step by step or include an environmental sensor (4)) ' Collect environmental information such as 1 degree, redundancy, humidity, carbon monoxide content, smoke amount, etc. by the environmental sensor (46) And transfer the data to the computer (A) PDA (C), _ Doc (d) or Internet (B) through the control unit (4) and the composite router (8). The embodiments are described in the form of a fluorescent tube. When implemented in a fluorescent lamp, there are two terminal blocks (one on each side of the fluorescent tube), but the creation can also be implemented in other lamps, such as when implemented in a light bulb. There is only one terminal block, but the terminal block still includes the first pole and the second pole. The light source produced by the LED (4) of the present invention is used as a signal transmission interface, and the information transmitted by the visible light is an information transferable area where the light source is located, thereby improving information transmission. Convenience. [Simple description of the diagram] The first picture is a cross-sectional view of the lamp chamber. M3 61609 ... The second diagram is a schematic diagram of the construction control unit and the control unit. The wireless communication component and the composite router correspond to the wireless connection. The third figure is a schematic diagram of the creation of the creation on the lamp holder. The fourth picture is a schematic diagram of the creation of a composite router and a computer. The fifth picture is a schematic diagram of a multi-composite router that connects multiple computers and PDAs, laptops, and the Internet. [Main component symbol description] " (1) Lamp compartment (2) Terminal block (21) First pole (22) Brother-(3) Power conversion unit (4) Control unit (42) Microcomputer (43) Driver Circuit (44) Network Module (45) Wireless Communication Element (46) Environmental Sensor (5) Substrate (6) Light Emitting Diode (7) Power Storage Unit (8) Composite Router (81) Wireless Communication Module ( 9) Lamp holder (A) Computer (B) Internet (C) PDA (D) Notebook