M384291 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種光照模組，尤指應用於微霧系統之光 照模組。 【先前技術】 微霧系統以少量水以及電力，就能產生涼爽的水霧，不 僅於燥熱的氣候中帶來涼意，省去冷氣的設備費與電費，更 能產生大量的負離子，使人身心都倍覺開朗；f用於戶外的 咖。非座、啤難、戶外演奏會...等飲食娛樂場所，以 業活動的氣氛和熱絡度。 既然微霧系統有助於娛樂場所之利用，能使人 舒適暢快，若能兼顧到使用者視覺的享受，則會有更好得· 用效益。f知有馳職霧綠上魏具有娛驗果的日^ 燈，以閃耀或多色的光線發揮刺激視覺的功效，但 照明為個別的兩個系統’僅僅單純結合，不但施 了 配人力的成本皆較高，組合後也不太美觀，有時為 此反而為娛樂場所帶給騎者負面的印象，得不償失。為 之光===:在於提供-種利用於微霧_ 【新型内容】 3 M384291 本創作之目的在提供一種利用於微霧系統之光照模組’ 不僅組裝方便，成本降低，更具有整齊高級的外觀，使具 此光照模組的微霧系統深具商業價值。 本創作侧於-種用於微霧系統之光照模組，該微霧 統具有至少-微霧噴頭1光賴組係包含—電源連接哭'，、 以及一燈具模組。 °°M384291 V. New description: [New technical field] This creation is about a lighting module, especially a light module used in a micro-mist system. [Prior Art] The micro-mist system can produce cool water mist with a small amount of water and electricity. It not only brings coolness to the hot climate, but also saves the equipment and electricity costs of air-conditioning, and produces a large amount of negative ions. They are all cheerful; f is used for outdoor coffee. Non-seat, beer, outdoor concerts, etc., food and entertainment venues, the atmosphere of business activities and the degree of enthusiasm. Since the micro-mist system contributes to the use of entertainment venues, it can make people comfortable and comfortable. If they can take into account the user's visual enjoyment, they will have better benefits. f knows that there is a daylighting lamp that has a lively test in the fog, and the use of shining or multi-colored light to stimulate the visual effect, but the illumination for the two separate systems is only a simple combination, not only with human resources. The cost is high, and the combination is not very beautiful. Sometimes it is a negative impression for the entertainment place, which is not worth the loss. For the light ===: in the provision - use in the micro-fog _ [new content] 3 M384291 The purpose of this creation is to provide a lighting module for the micro-mist system' not only easy to assemble, low cost, more neat and advanced The appearance of the micro-mist system with this lighting module is of commercial value. The present invention is directed to an illumination module for a micro-mist system having at least a micro-fog nozzle 1 comprising a power supply connection crying, and a luminaire module. °°
該電源連接職具有至少二電源端子組，其中該二 端子組中之—電源端子組伽以接受/輸出電力。該燈具楔、 、、且係包含-連接端碩、—傳輸線、以及一燈座。 忒連接端頭係用以插接於該二電源端子組中之另 端子組，以接絲自該魏連接器之電力。 "、 ’用以傳輸來自該連 該傳輪線係電性連接於該連接端頭 接端頭之電力。The power connection has at least two power terminal groups, wherein the power terminal group of the two terminal groups is operative to receive/output power. The luminaire wedges, and includes a connection terminal, a transmission line, and a lamp holder. The 忒 connection end is for plugging in another terminal group of the two power terminal groups to wire the power from the Wei connector. ", ' is used to transmit power from the connecting line that is electrically connected to the head of the connecting end.
係接傳輸線:於該連接端頭之-端， 中該照明燈係固定設置於該燈=至少-照明燈發光’其 藉由本創作用於微霧系統之光照模組，利用電源 聿方！合’ *僅使光照模組於微霧系統中組 維修或更換，調整便利性佳， 統深具商業滅科觀’使具有此光__微霧系 附圖精神可以藉由以下的創作詳述及所 4 【實施方式】 6青參閱第1圖，第1圖係本創作微霧系統8之示竟 本創作係關於—種用於微霧系統8之光照模組3Q。微二^ 8具^至少一微霧喷頭50，圖中有多個微霧噴頭5〇串^結 合’每一個都會發會喷霧的效果。 、’。 單元10上， 10上，由控 微霧噴頭50透過水路管道14連接於一控制 光照模組30亦透過電路管道12連接於控制單元 制單元10分別控制微霧喷頭50與光照模組3〇。 控制單元10另行連接-水職置16 ’ #微霧嘴頭5〇需 要水時’控制單元1〇不僅控制微霧喷頭50喷出水霧，更會 自水源裝置16進水’以源源不絕的供應微霧噴頭5()喷霧^ 如第1圖所組裝之微霧系統8，明顯的整齊美，处 益商業場所的形象。 ％ 配合第1圖請進-步參閱第2圖，第2圖係本創作光昭 模組30之示意圖。光照模組30進一步包含一電源連接器… 32、以及-燈賊組42。f源連接器32至少具有二電源端 子組，-細以接絲自電源之電力，另—個肋插接燈具 模組42 ;電源連難32也可以設計為三個電源端子組或是 更多個電源端子組，本案特以—較佳之三個電源端子組 來說明。 本實施例之電源連接H 32為―三向的電源連接器％， 三向的電源連接器32係具有三電源端子組32a、32b，其中 該三電源端子組32a、32b中之二電源端子組咖係用以接受 /輸出電力，意即一端接收來自電源之電力，另一端輸出至下 一個負載。 燈具模組42係包含一連接端頭43、一傳輸線44、以及 一燈座45。連接端頭43係用以插接於該三電源端子組32a、 32b中之另一電源端子組32b’以接收來自三向的電源連接器 32之電力。 傳輸線44係電性連接於連接端頭43，用以傳輸來自連 接端頭43之電力。 燈座45係電性連接於傳輸線44異於連接端頭43之一 端，係接受來自傳輸線44之電力，以驅動至少一照明燈46 產生明滅_爍的發光；其巾照.46侧定設置於燈 45上。 '且 D〜、乂饮笳W休巾1尘取γ型，必匕 形狀較易製作，使用者也不易誤解插拔位置，實務上只限於 至少三個電源端子組32a、32b，不限定分接形狀與朝向方 向’當電源端子組在超過3以上時，十字型、星型 亦為可選用之形狀。 叫參閱第3圖’第3圖係本創作中微霧喷頭5〇之示音 :::頭50實際上需要一個三通管件52，以方便水； 匕;/φ k明口銜接喷嘴54，另外兩個開口分別銜接進水 以及出水的構管道14 ;料54 _來產生躲水氣。 微步參_ ^，第4圖係本創作光照模㈣結合 實細例f之燈座45係為圈型，能 套°又微務喷頭5〇之喷嘴54上，於是自圖中可見，圏型的 燈座45係套设在微霧噴頭5〇的喷嘴54上。照明燈仙可為 複數個’圖中有四顆⑽燈之照明燈46，係環設在所述圈型 之燈座45上，提供均勻且明亮的照明。燈座佔透過傳輪線 44與連接端頭43共同為—模組化之燈具模組42元件，便於 與微霧噴頭50快速的結合與拆換。 立咕參閱第5圖，第5圖係本創作另一例燈具模組42之示 思圖此例燈具模組42之傳輸線44與連接端頭43與前例無 異，所不同之處係燈座45的形狀，可以開孔於側邊而將喷 嘴54套設於此側邊，也屬於本案之範圍，若配合喷嘴54的 開孔設於側邊’舰明燈46就無法環狀裝設，係如圖中，分 設於燈座45上之其他位置，並以均勻分置為佳。 立請參閱第6圖，第6圖係本創作又一例燈具模組42之示 ，圖。此例燈具模組42之傳輸線44與連接端頭43也與前例 無異，所不同之處⑽為燈座45 _狀，燈座45未必要開 孔，也可圖例為實心，而另行與喷嘴54結合即可，如貼附、 鎖附、扣合...等結合方式皆可。照明燈46也以均勻分置為佳。 '因此，藉由本創作用於微霧系統8之光照模組3〇，利用 私源連接s與燈具模組的結合，不僅使光照模組加於微 霧系統8中組裝方便、自由度高、成本降低，維修或更換、 調，便利錄，整體更是具有整齊高_外觀，使具有此光 照模組30的微霧系統8深具商業價值。 藉由以上較佳具體實補之詳述，鱗望能更加清楚描 述本創作之概與精神，而並細上述所的較佳且體實 ，來對本創作之範私以限制。相反地，其目的是希望能 涵蓋各種改變及具鱗㈣安排於本創作所欲f請之專利^ M384291 圍的範疇内。 【圖式簡單說明】 第1圖係本創作微霧系統之示意圖； 第2圖係本創作光照模組之示意圖； 第3圖係本創作中微霧喷頭之示意圖； 第4圖係本創作光照模組結合微霧喷頭之示意圖； 第5圖係本創作另一例燈具模組之示意圖；以及 第6圖係本創作又一例燈具模組之示意圖。 【主要元件符號說明】 微霧系統8 光照模組30 微霧喷頭50 水路管道14 電路管道12 控制單元10 水源裝置16 電源連接器32 燈具模組42 電源端子組32a、32b 連接端頭43 傳輸線44 燈座45. 照明燈46 三通管件52 喷嘴54Connecting the transmission line: at the end of the connection end, the illumination lamp is fixedly disposed on the lamp = at least - the illumination lamp is illuminated. The illumination module used in the micro-mist system by the present invention utilizes the power supply side! *' * Only the light module is repaired or replaced in the micro-mist system, the adjustment convenience is good, and the system has a deep commercial annihilation view, so that the spirit of the __ micro-fog system can be reproduced by the following [Embodiment] 6 Green refers to Fig. 1, and Fig. 1 shows the creation of the micro-mist system 8. The present invention relates to a lighting module 3Q for the micro-mist system 8. Micro 2 ^ 8 ^ at least one micro-fog nozzle 50, there are a plurality of micro-fog nozzles in the figure, 5 〇 series ^ combined 'each will have the effect of spraying. , '. On the unit 10, 10, the micro-fog nozzle 50 is connected to a control illumination module 30 through the water pipeline 14 and is also connected to the control unit unit 10 through the circuit conduit 12 to control the micro-fog nozzle 50 and the illumination module 3 respectively. . The control unit 10 is separately connected - water position 16 ' #微雾嘴头5〇 When water is needed', the control unit 1〇 not only controls the mist spray nozzle 50 to spray water mist, but also the water source device 16 into the water source. Absolute supply of micro-fog nozzles 5 () spray ^ As shown in Figure 1, the micro-mist system 8 is obviously neat and beautiful, and benefits the image of a commercial place. % With the first picture, please refer to the second picture, and the second picture is a schematic diagram of the creation light module 30. The lighting module 30 further includes a power connector 32, and a light thief group 42. The f-source connector 32 has at least two power terminal groups, - the wire is connected to the power from the power source, and the other rib is inserted into the lamp module 42; the power supply connection 32 can also be designed as three power terminal groups or more. One power terminal group, this case is specifically described by the three preferred power terminal groups. The power connection H 32 of the embodiment is a three-way power connector %, and the three-way power connector 32 has three power terminal groups 32a, 32b, wherein two of the three power terminal groups 32a, 32b are The coffee system is used to receive/output power, that is, one end receives power from the power source and the other end outputs to the next load. The lamp module 42 includes a connection end 43, a transmission line 44, and a lamp holder 45. The connection terminal 43 is for plugging in another power supply terminal group 32b' of the three power supply terminal groups 32a, 32b to receive power from the three-way power connector 32. The transmission line 44 is electrically connected to the connection terminal 43 for transmitting power from the connection terminal 43. The lamp holder 45 is electrically connected to the transmission line 44 at one end of the connection end 43, and receives power from the transmission line 44 to drive at least one illumination lamp 46 to generate a flashing light; Light 45. 'And D ~, 乂 笳 休 W 休 休 休 尘 尘 γ γ γ , , , , , , , , , , , , γ γ γ γ γ γ γ γ γ γ γ γ γ γ γ γ γ γ γ γ γ γ γ γ γ γ Connection shape and orientation direction 'When the power terminal group is more than 3 or more, the cross type and the star shape are also optional shapes. Referring to Figure 3 'Fig. 3 shows the sound of the micro-fog nozzle 5 in this creation::: The head 50 actually needs a tee fitting 52 to facilitate the water; 匕; / φ k open mouth nozzle 54 The other two openings respectively connect the water inlet and the water outlet conduit 14; the material 54 _ to create a water trap. Micro step _ ^, the fourth picture is the creation of the light mode (4) combined with the actual case f of the lamp holder 45 is a ring type, can be set ° and micro-nozzle 5 〇 nozzle 54, so it can be seen from the picture, The 灯-type lamp holder 45 is sleeved on the nozzle 54 of the micro-mist nozzle 5 。. The illuminator can be a plurality of illuminators 46 having four (10) lights in the figure, the loops being provided on the ring-shaped socket 45 to provide uniform and bright illumination. The lamp holder occupies the transmission lamp line 44 and the connection end 43 together to form a modular lamp module 42 component, which facilitates quick integration and replacement with the micro-fog nozzle 50. Referring to FIG. 5, FIG. 5 is a schematic diagram of another example of the lamp module 42. The transmission line 44 and the connection end 43 of the lamp module 42 are the same as the previous example, and the difference is the lamp holder 45. The shape can be opened on the side and the nozzle 54 is sleeved on the side. It is also within the scope of the present invention. If the opening of the nozzle 54 is provided on the side, the ship's lamp 46 cannot be installed in a ring shape. In the figure, it is divided into other positions on the lamp holder 45, and is preferably evenly distributed. Please refer to Fig. 6 and Fig. 6 for another example of the lamp module 42 of the present invention. The transmission line 44 and the connection end 43 of the lamp module 42 of this example are also the same as the previous example. The difference (10) is the lamp holder 45 _, the lamp holder 45 is not required to be opened, and the legend can be solid, and the nozzle is separately provided. 54 can be combined, such as attachment, locking, fastening, etc. can be combined. The illuminator 46 is also preferably evenly distributed. Therefore, by using the illumination module 3 for the micro-mist system 8, the combination of the private source connection s and the luminaire module not only allows the illumination module to be added to the micro-mist system 8 to be easily assembled and has high degree of freedom. The cost reduction, maintenance or replacement, adjustment, convenience recording, and overall neatness _ appearance, so that the micro-mist system 8 with the illumination module 30 has commercial value. With the above detailed description of the specific details, the scale can more clearly describe the spirit and spirit of the creation, and the above is better and more practical, to limit the scope of the creation. On the contrary, the purpose is to cover all kinds of changes and scales (4) arranged in the scope of the patent ^ M384291. [Simple diagram of the diagram] The first diagram is a schematic diagram of the micro-mist system of the creation; the second diagram is a schematic diagram of the illumination module of the present creation; the third diagram is a schematic diagram of the micro-fog nozzle in the creation; the fourth diagram is the creation of the micro-fog nozzle; The illumination module is combined with the schematic diagram of the micro-fog nozzle; the fifth diagram is a schematic diagram of another illumination module of the present invention; and the sixth diagram is a schematic diagram of another illumination module of the present invention. [Main component symbol description] Micro-mist system 8 Light module 30 Micro-fog nozzle 50 Water pipeline 14 Circuit pipeline 12 Control unit 10 Water source device 16 Power connector 32 Lamp module 42 Power terminal group 32a, 32b Connection terminal 43 Transmission line 44 lamp holder 45. Illumination lamp 46 tee fitting 52 nozzle 54