200840523 九、發明說明： 【發明所屬之技術領域】 本發明係有關一種電子式仿真環保香裝置，尤指一種包括有一電 源供應單元、爐座、至少一支香柱、一煙霧產生裝置、一煙霧導引機 構以及一控制單元，俾使該發光二極體得以模擬香柱點燃時的狀態， 而可達到仿真環保的效果。 【先前技術】 鲁按’我國傳統習俗於祭祀祖先或是祭拜神明時，都必須使用線香 或是柱香，當線香或是柱香點燃後，再以手握持線香或是柱香朝向祖 先牌位或是神明的位置膜拜，膜拜完後再將線香或是柱香插入香爐 上’藉以表達對於祖先慎終追遠的思念以及對於神明的崇拜敬仰之意。 然而，祭祀用之線香或是柱香係由木質香末以及化學成份的香料 組成’於點燃時會產生含碳及少數之化學成份的煙霧，該煙霧會沾染 依附在天花板、神像及祖先牌位上，而形成一，黑黃色的油垢；加上， ⑩燃燒完之香灰以及燃燒中之煙霧會影響人體呼吸道的健康，並且會刺 激人體之眼睛而流出眼淚，因此，在長期使用線香或是柱香時，較容 易造成環境上的污染，還會嚴重到影響人體的健康❶ 為改進上述習用結構的缺失，同領域之業者已然開發出電子式的 香爐結構，如中華民國專利公報第2 8 1 9 0 1號『電子香之改良結 * Λ 構』，其包含一由上蓋及底座蓋合的盒體、若干中空導管，該導管上端 設有一發光二極體、二第一導電片，對稱設於該盒體之容納空間中以 及一第二導電片，其對蒂設於該底座之上座申上，並與外部供給電源 * * , ? 200840523 ί 派 之導線導通，使發光二極發出光而可模擬傳統之香爐。 ' 及白用祕賴具有祕無;^麵功能，惟，其僅是模擬傳統香 爐點燃恆亮之發光狀態，其並無煙霧產生裝置及煙霧導引機構的設 置’因而無法模擬傳統香爐點燃時，煙霧由香頂端冒出的狀態，加上 並無控制單元的設置，無法模擬傳統香爐受風吹的抖動、閃爍及變色 的狀態，其仿真的程度不高，因此，較無法為一般大眾所接受。 另有一種習用之電子式香爐結構，如中華民國專利公報第3 4 3 _ 5 1 4號『電子香爐』，其包含-爐體、一透明粉末層須足以埋沒發光 體、-不透明粉末層、數根香形物，可插置於透明粉末層及不透明粉 末層，於透明粉末覆蓋固定，其外圍為一不透光之柱形體，内部呈透 光狀以置入一玻璃纖維，其頂端略高於柱形體，上方再以一罩體套合 固定，使發光體之光源照射在香形物之玻璃纖維底端，使玻璃纖維受 光發亮，且頂端突出柱形體，而狀似點燃的香。 * * * · 該習用結構雖然具有環保無污染的功能，惟，其僅是樓擬傳統香 ⑩爐點燃恆亮之發光狀態，再者，其係利用燈光投射的原理，所發出之 光錐略顯不足，況且，其並無煙霧產生裝豈及煙霧導引機構的詨置， 因而無法模擬傳統香爐點燃時，煙霧由香頂端冒出的狀態,；況且，其 並無控制單元的設置，因而無法模擬俾統香爐受風吹的抖動、閃爍及 變色的狀態，因此，其仿真的程度不高，還是無法為一般大眾所接受。 另有一種非電子式的香爐結構，如中華民國專利公報第5 5 9 Q 2 2號『環保香、爐結構』，其包含一中空線香管、一儲油裝置、一燃 - 燒部、一心蕊及一固鎖件，.使心蕊將位於儲油笨置之精油予以吸附， 200840523 « 並‘燃心焱而可將精油燃燒，俾能得以模擬香所散發之氣味。、 5亥習用結構雖然具有環保無污染的功能，惟，其係以點燃燃燒部 内之精油的方式模擬傳統香爐所發出的香味，因此，較容易引發爆炸 及火災情事的發生；再者，其並無煙霧產生裝置及煙霧導引機構的設 置，因而無法模擬傳統香爐點燃時，煙霧由香頂端冒出的狀態，加上 並無控制單元的設置，無法模擬傳統香爐受風吹的抖動、閃爍及變色 的狀態，因此，其仿真的程度不高，同樣還是無法為一般大眾所接受。 • 緣是，本發明人針對習用結構仿真程度不高，較無法為一般大 果所接受等諸多的缺失，本發明人等經不斷地努力研發下，終於研發 出改善該習用結構缺失的本發明。 【發明内容】 本發明之第一目的，在於提供一種不僅可以模擬傳統香爐點燃時 的點燃狀態，還可模擬香點燃後所產生的煙霧，並且内建有複數種情 境模式可供選擇，而可模擬香之光點閃爍抖動以及變色南狀態，故可 ❿大幅提升仿真的裎度，進而可為一般消費大眾所接受的電子式仿真環 保香裝置。 為達成上述功效，本發明所採用之技術手段，其係於爐座設有一 容納空間、，該爐座與至少一支香柱之一端連接，並以電源供應單元提 供所需之電源’該香柱另端設有至少一個發光二極體以及一導煙部， 並於該爐座之該容納空間内設煙霧產生裝置，用以產生無化學毒物的 仿真煙霧，該煙霧產生機構與煙霧導引機構之輸入部連通，其輸出部 與該香柱之該筹煙部連通，使煙霧由該導煙部冒出，再於控制單牟寫 200840523 入有一可隨機控制該發光二極體閃爍的控制程式，俾使該發光二祛體 得以模擬香柱點燃時的狀態者。 本發明之第二目的，在練供—種不射哺轉歸爐點燃時 的點燃狀悲，還具有香柱、爐座分、合的設置，因而兼具有以手持香 膜拜以及插接在爐座的雙重功能，故可大幅提升商品的實用價值，更 可以廣為一般大眾所接受的具香、爐分離功能之仿真環保香裝置。 為達成上述功效，本發明所採用之技術手段，其係於爐座設有一 •供插部供至少一支香柱一端的插接部插接，該香柱另端設有至少一個 發光二極體，並以電源供應單元提供所需之電源，且該香柱内設有一 與該發光二極體電性連接的電池，並於該發光二極體與該電池的之間 的電路上設置一開關，該香柱之該插接部内周設有與該第一導電部對 應導通的該第二導電部，當該插接部脫離該供插部時，得以藉由該開 關的控制，使該發光二極體導通而發出光源，並於控制單元寫入有一 可随機控制的控制程式，當該第一導電部與該:第二導電部接合導通 •時，得以使該發光二極體閃爍，以模擬香柱點燃時的狀態者。 【實施方式】 壹·本發明之基本技術特徵. 本發明主要係運用於祭祀祖先或是祭拜神明時，取代傳統之線香 或是柱香，用以避免污染環境以及影響身體健康的情事發生。 請參看第一至四圖所示，本發明為模擬香點燃時所產生的煙霧以 及光點閃爍的狀態，因此，本發明第一種基本技術特徵，其包括有： 十電源供應單元（1 〇)，珀以提米所需之,電源； i 200840523 一爐座（2 Ο )，其具有一容納空間（2 i ); 至^支香柱（3 0 )’其一端供與該爐座（2 〇 )連接，另端設 有至少一個發光二極體（4 〇 )以及一導煙部（3 i )(可為貫穿孔， 本發明圖不以貫穿孔為例）； 煙霧產生裝置（5 G )’其裝設在該爐座（2 1)之該容納空間 (21)内，用以產生無化學毒物的仿真煙霧; 一煙霧導引機構（6 0 )，其包含有一輸入部（6 ^ )與一輸出部 _ ( 6 2 )，該輸入部（61 )與該煙霧產生裝置（5 〇 )連通，該輸出 部（6 20與該香柱（3 〇 )之該導煙部（3 i )連通，使煙霧由該 導煙部（3 1)冒出；及 -控制單元（7 0 )，其寫入有-可隨機控制該發光二極體（4 〇 ) 閃爍的控制程式，使該發光二極體（4 〇 )得以模擬香點燃時的狀態。 如第一圖所示，上述第一種基本技術特徵中之可行實施例該電 源供應單元（1 G )係選自可_交_職接電聯軸電源整流電 •路以及電池的其中一種。 請參看第二、五、六及第八圖所示，為使本發明具有香柱、爐座 分、合的魏，制者可鱗香膜拜後將香柱插在爐座上因此，本 發明第二種基本技術特徵，其包括有: 電源供應單元（1 〇 )，用以提供所需之電源； 一爐座（2 0 )，其頂面設有至少一個供插部（2 2 ),該供插部 (2 2 )外周設有第—導電部（2 3 )(請配合參看第三圖所示）； 至少—支紐（3 G )，*-端設有可供與該供插部（2 2 )形成 200840523 插接的插接部（3 2 )，其另端設有至少一個發光二極體（4 Ο )〜且 該香柱（3 0 )内設有一與該發光二極體（4 0 )電性連接的電池（4 1 )’並於該發光二極體（4 0 )與該電池（4 1 )的之間的電路上設 置一開關（4 2 )，該香柱（3 0 )之該插接部（3 2 )内周設有與該 第一導電部（2 3 )對應導通的該第二導電部（3 3 )，當該插接部（3 2 )脫離該供插部（2 2 )時，得以藉由該開關（4 2 )的控制，使 該發光二極體（4 0)導通而發出光源；及 一控制單元（7 0 )，其寫入有一可隨機控制的控制程式，當該第 導電邛（2 3 )與該第二導電部（3 3 )接合導通時，得以使該發 光二極體（4 0)閃爍，以模擬香點燃時的狀態。 上述第二種基本技術特徵中之可行實施例，該電源供應單元（工 0)係選自可供與交流電源插接電聯結的電源整流電路以及電池的其 中一種。 、 貳·本發明香柱的具體實施 請參看第一至四圖所示，為使煙霧由香柱頂端冒出，因此，本發 明一種可行實施例，諱香柱（3 〇)更包含有： 一柱狀的本體（3 4 );及 一幂設在該本體（3 4 )·外周面的管體（3 5 ),該管體（3 5 ) -端設-供該本體（34)穿出的-第-眼口（3 5 0)，鄰近該第一 開口（ 3 5 0 )處設有複數個做為該導煙部（3 i )的穿孔（3工〇 )， 其第二端設有-第二開σ ( 3 5 1 )，該第n 口（ 3 5 1)之管壁嵌 設在該供插部（2 2 )之-環槽（，2 2 0 )上，使該本艘（3 4 )·外 200840523 壁與該管體（3 5 )内壁之間形成-導氣室（6 2 a )。 〜 ❼看第-至四目麻，賴财賴受風吹動時產生的閃燦抖 動、明暗以及聽的真實感受，因而本㈣之—種具體實施例，香柱 (^ )的數量為三支，骑—該香柱（3 G )各設有三健發光二 極-(4 0 )，該發光二極體（4 〇 )可分別發出一種顏色的光源，每 一該香柱（3 0)上的該三個祕二極體（4 G )受該控制單元（7 0)的控制而可以一定的頻率順序開關。 明參看第五、六及八圖所示，為使本發明具有香柱（3⑹、爐座 (2 0)分、合的功能，而可持香膜拜後，將香柱插在爐座（2 〇) 上，因此，本發明之—種可行實施例，該香柱（3 G )峡有-與該 發光二極體（4 G )電性連接的電池（4 1)，並於該發光二極體（4 0 )與該電池（4 1)的之間的電路上^^—開關（4 2 )，並於該爐 座（2 0 )之該供插部（2 2 )外周設有一第一導電部（2 3 )，該香 柱（3 0 )之該插接部（3 2 )内周設有與該第一導電部（2 3 )對 應導通的-第二導電部（3 3 )，當該香柱（3 〇 )之該插接部（3 2 ) 脫離該供_ ( 2 2 )時，得以藉由該麵（4 2 )的切換控制，使 該發光二極體（4 0)導通而發出光源，故可模擬香點燃之狀態。 參·本發明煙霧產生裝置的具體實施 . * 請參看第；圖所示，本發明模擬香點燃後煙霧產生的狀態，因此， 本發明第一種可行實施例，該煙霧產生裝置（5 〇 )包含： 一可供水盛入的容器（51);及 ^超音波振粱器（52 )，其裝辣在該容器（51)内，藉由超音 200840523 波振盪使液態水霧化成氣態的水分子。 、 本發明第二種可行實施例，該煙霧產生裝置（5 0 )包含： 一容器（5 1 )，其可供水盛入；及 一加熱元件（圖中未示），其裝設在該容器（5 1)内，藉由高溫 加熱而可產生水蒸氣。其中，本發明為模擬香點燃時所散發出的氣味， 該容器（51)可供加入香油或香精與水混合，經該加熱元件的高溫 加熱而可產生具有香味的水蒸氣，再經由煙霧導引機構（6 〇)將具 • 有香氣的煙霧輪送到香柱（3 0)的導煙部（3 1)中冒出。 肆·本發明煙霧導引機構的具體實施 請參看第二、三圖所示，本發明之煙霧導引機構（6 〇 )作甩在 於將煙霧產生裝置（5 0)產生的煙霧引導至香柱（3 〇)的導煙部 (31)中，因此，其包含有一做為該煙霧導引機構（6 〇)之該輸 入部（6 1 )的抽取馬達（6 1 a )，該抽取馬達（6 i a )連通有至 少一導管（6 1 b )，該爐座（2 0 )頂面設有至少一個具有一穿口（ 2 籲2 1)以及至少-貫孔（2 2 2 )的供插部（2 2 ),該香柱（3 〇) 異於該發光一極體（4 0)之該端設有與該供插部（2 2)形成插接 的插接部（3 2)，該穿口（ 2 2 1)與該導管（6 11))連通，並於 該香柱（3 0 )内設有-做為該煙霧導引機構（6 〇)之該輪出部（6 .2 )的導氧室（6 2 a )，該導氣室（6 2 a )—端與該供插部（2 2 ) 之該貫孔（2 2 2)連通，另端與該導煙部（31)連通。 伍·本發明控制單元的具體實施 ，，請參看第二、八圏所示，本發明為之控制單元（7 〇)作用在於 200840523 控制該發光二極體（4 G )發出_抖動、明暗以及變色的先能％因 此，本發明之具體實施例’其包含有一單晶片微處理器（7 i )，該單 晶片微處理器（7 1)寫入有該可隨機自動控制該發光二極體（4 〇 ) 閃爍的控制程式。 再者，為控制煙霧的製造量及啟動時機，該控制單元（7 〇 )、該 煙霧導引機構（6 0 )以及該煙霧產生裝置（5 〇)電性連接，用以 控制煙霧導引機構（6 〇)的啟動時機及該煙霧產生裝置（5 〇)之 •煙霧製造量。此外，為使本發明具有手動設定參數的功能，該控制單 元（7 0 )包括一單晶片微處理器（γ 1 )，該單晶片微處理器（7 1 ) 電性連接有一用以輸入設定參數值的輸入單元（7 2 )，並以該設定參 數值來決定該煙霧導引機構（6 〇)的啟動時機以及該煙霧產生裝置 (50)產生的煙霧量。 陸·本發明佛經播放單元的具體實施 請參看第七、九圖所示，為增加本發明的商品僳值性，藉以製造 _相關之情境音樂，該爐座（2 0 )内設有一佛經播放單元（8〇 )，其 包含有： 一記憶體（8 1 )，其可供複數個佛經音樂檔案的儲存； 一單晶片微處理器（8 2 )，其寫入有一音樂播放程式，用以讀取. 與執行佛經音樂檔案'並轉換成一音頻訊號； 一放大電路（8 3 )，將該音頻訊號予以放大；及 一喇叭（8 4 )，用以發出該音頻訊號。 上述具體實施例中之:可行實施例，該單禺片微處理器（8 2 ).電 ‘13 200840523 性連接有至少一同以輸入设疋參數值的輪j入早元（p 口 « b )’並以該&定 參數值來決定該佛經播放單元（8 0)的預定播敌時 、 『曰』、播力文次數^以 及音量的大小。 柒·本發明時鐘顯示模組的具體實施 請參看第-、二及第十圖所示，為增加本發明的商品的附加價值， 該爐座設有一時鐘顯示模組（9 0 )，其包含有： 一時鐘產生單元（9 1 )，其經由内部計數而得以產生包含秒、分、 • 時、日、星期、月份以及年度的時間訊號；及 一顯示單元（9 2 )，用以顯示秒、分、時、日、星期、月份以及 年度的該時間訊號。 上述具體實施例中之可行實施例，該時鐘產生單元（91)包括 電性連接有至少一用以輸入設定參數值的輸入單元（9 3 )，並以該設 定參數值來設定或調整該時鐘產生單元（91)的該時間訊號。 捌.本發明具體實施例的運作 ⑩ 請參看第二及第七、八圖所示，首先將位於爐座（2 〇)上的電 源開啟後，設定煃霧產生裝置（5 0)及煙霧導引機構（6 0)啟動 時間，使甩者可以將啟動時間設定在每天的清晨六點以及傍晚的六點 左右？當煙霧產生裝置（5 0)以及煙霧導引機構（6 0 )啟動時.， - ^ * :位於爐座（20)内之煙霧產生裝置（50)以超音波振盪器（52) 將液態水霧化成氣態的水分子形成的煙霧，此時，煙霧導引機構（6 0)以抽取馬達（61 a)將煙霧經由導管（6 3)輸送至爐座（2 Q )之供插部（2 2 )、香柱（，'3 0 )之插择部（3,2 )而進入到導氣’ .. · ·- 14 200840523 室（6 2 a )中，再由香柱（3 Ο)之導煙部（3 1)冒出煙霧、另 一方面，控制單元（7 0)之控制程式可以依據使用者之喜好，由輸 入單元（7 2 )來設定複數種情境模式的參數值，（如靜止的模式、微 風吹動的模式及中速風量吹動的模式），藉由控制單元（7 〇 )輸出與 該模式相應的控制訊號至發光二極體（4 〇 )，如此，即可使發光二極 體（40 )發出模擬香點燃時的閃爍抖動、明暗、閃爍以及變色的光 此外，請參看第三、五、六及第八圖所示，使用者如須以手持香 的方式祭祀祖先或祭拜神明時，僅須將香柱（3 〇)由爐座（2〇) 之供插部（2 2)往上抽起，即可使香柱（3 〇)之插接部（3 2 ) 與爐座（2 0)之供插部（2 2)分離，同時切換位於香柱外周上的 開關（4 2 )，使電池（4 1)與發光二極體（4 〇 )導通，如此，香 柱（3 0)頂端即可發出光點，因而得以手持香柱（3 〇)的方式祭 祀祖先或祭拜神明。: 當臈拜完後，使用者僅須將香柱（3 〇)之插接部（3 2 )對準 爐座（2 0)之供插部（2 2)後插入，使第一導電部（2 3)與第 一導電部（3 3)接合導通，如此，發光二極體（4 〇)再次可受到 控制單元（7 0 )、的控制而發出相應的光源。 ‘ 玖.結論 因此，藉由上述技術特徵的建立，本發明確實不僅可以模擬傳 統香爐點燃時的點燃狀態，還可模擬香點燃後所產生的煙霧，並且内 建有複數種情境模式可供遘擇，两可模擬香之光點閃燁抖動以及變邕 200840523 « 的㈣，故可A幅提⑩真的程度；此外，更因具有香柱、爐座¥離 的叹置’因此，具有以手持香柱分離的方式膜拜的功能等諸多的特點。 以上所述，僅為本發明之一可行實施例，並非用以限定本發明之 專利範JS /L舉依據下财請專利範圍所述之内容、特徵以及其精神 而為之其他變化的等效實施，皆應包含於本發明之專利細内。本發 明之方法及其_，紅賴料，並深具產業之利雜，可有效改 善習贿產生之缺失，而且所具體界定於申請專繼圍之特徵，未見 •於同類物品，故而具實甩性與進步性，已符合發明專利要件，爰依法 具文提出申請，謹請夠局依法核予專利，以維護本申請人合法之權 益。 【圖式簡單說明】 第一圖係本發明基本結構的實施示意圖； 第二圖係本發明基本結構之部分剖視示意圖； • * ’ · . ' 苐三圖係本發明併插部與插接部接合之剖視放大示意圖； ' .. « * _第四圖係本發明香柱頂部之外觀示意圖； 第五圖係本發明可供手持嗥拜之香柱外觀示意圖； 第六圖係本發明香柱與爐座分離之實施示意圖； 第七圖係本發明顯示單元之顯示内容示意圖； .第八圖係本發明基本電路控制方塊示意圖； • * 第九圖係本發明佛經播放單元之電路控制方塊示意圖； 第十圖係本發明時鐘單元之電路控制方塊示意圖。（ .· ·- - "【主要元件符號說明】 16 200840523200840523 IX. Description of the invention: [Technical field of the invention] The present invention relates to an electronic simulation environment-friendly fragrance device, and more particularly to a power supply unit, a furnace seat, at least one incense stick, a smoke generating device, and a smoke. The guiding mechanism and a control unit enable the light-emitting diode to simulate the state when the incense column is ignited, thereby achieving the effect of simulating environmental protection. [Prior Art] Lu’s traditional customs used to worship ancestors or worship gods must use incense or column incense. When the incense or the column incense is ignited, then hold the incense or the column incense to the ancestors. The position of the tablet or the gods worships, and after the worship, the incense or the column incense is inserted into the incense burner, in order to express the thoughts of the ancestors' cautious pursuit and the worship of the gods. However, the incense or the fragrant incense used in the ritual is composed of woody scent and chemical ingredients. When ignited, it produces carbon and a small amount of chemical fumes, which are stained on the ceiling, idols and ancestral tablets. , forming a black-yellow grease stain; plus, 10 burnt incense ash and burning smoke will affect the health of the human respiratory tract, and will stimulate the eyes of the human body and flow out tears, therefore, long-term use of incense or incense At the time, it is more likely to cause environmental pollution, and it will be serious to affect the health of the human body. In order to improve the lack of the above-mentioned conventional structure, the industry has developed an electronic incense burner structure, such as the Republic of China Patent Gazette No. 2 8 1 9 No. 1 "Electric incense improvement knot * structure", which comprises a box body covered by an upper cover and a base, and a plurality of hollow conduits. The upper end of the duct is provided with a light-emitting diode and two first conductive sheets, which are symmetrically disposed on The accommodating space of the box body and a second conductive piece, the pedestal is set on the base of the base, and is externally supplied with power**, ?200840523 ί The wire is turned on, so that the light emitting diode emits light to simulate a traditional incense burner. 'And the white secret has the secret; ^ surface function, but it only simulates the traditional scented furnace to ignite the steady light state, it has no smoke generating device and the setting of the smoke guiding mechanism' thus can not simulate the traditional incense burner ignition The state of the smoke emerging from the top of the incense, combined with the absence of the control unit, can not simulate the state of the traditional incense burner by the wind, jitter, flicker and discoloration, the degree of simulation is not high, therefore, it is less acceptable to the general public. Another conventional electronic incense burner structure, such as the Republic of China Patent Gazette No. 3 4 3 _ 5 1 4 "Electric Incense Burner", which comprises a furnace body, a transparent powder layer must be sufficient to embed the illuminant, - an opaque powder layer, A plurality of fragrant objects can be inserted into the transparent powder layer and the opaque powder layer, and covered with a transparent powder. The periphery is an opaque cylindrical body, and the inside is light-transmissive to be placed in a glass fiber. It is higher than the cylindrical body, and the upper part is sleeved and fixed by a cover body, so that the light source of the illuminant is irradiated on the bottom end of the glass fiber of the scented object, so that the glass fiber is exposed to light, and the top end protrudes from the cylindrical body, and the scent is like a scent. . * * * · Although the conventional structure has the function of environmental protection and pollution, it is only the lighting state of the traditional incense 10 furnace igniting constant bright, and the light cone is emitted by the principle of light projection. Insufficient, and in addition, there is no smoke generating device and a smoke guiding mechanism, so it is impossible to simulate the state in which the smoke is emitted from the top of the incense when the traditional incense burner is ignited. Moreover, it has no control unit setting, and thus cannot The simulated incense burner is subjected to the state of jitter, flicker and discoloration of the wind. Therefore, the degree of simulation is not high and it is still unacceptable to the general public. There is also a non-electronic incense burner structure, such as the Republic of China Patent Gazette No. 5 5 9 Q 2 2 "Environmental incense, furnace structure", which comprises a hollow line incense tube, an oil storage device, a burning-burning portion, a heart Core and a solid lock, so that the core will be located in the oil storage stupid essential oil to absorb, 200840523 « And 'burning heart and can burn the essential oil, can be simulated to smell the fragrance. Although the 5 Hai habit structure has the function of environmental protection and pollution, it simulates the fragrance of the traditional incense burner by igniting the essential oil in the combustion part. Therefore, it is more likely to cause explosions and fires; moreover, The setting of the smoke-free generating device and the smoke guiding mechanism cannot simulate the state in which the smoke is emitted from the top of the incense when the traditional incense burner is ignited, and the setting of the control unit does not simulate the jitter, flicker and discoloration of the traditional incense burner by the wind. State, therefore, the degree of its simulation is not high, and it is still not acceptable to the general public. • The reason is that the present inventors have not been able to simulate a conventional structure, and are incapable of accepting many defects such as general fruit. The inventors have continuously developed an invention to improve the structural loss of the conventional structure. . SUMMARY OF THE INVENTION A first object of the present invention is to provide a smoke state that can not only simulate the ignition state of a conventional incense burner, but also simulate the smoke generated after the incense is ignited, and has a plurality of context modes available for selection. It simulates the flashing and dimming of the scented light and the discoloration of the south state, so it can greatly enhance the simulation enthusiasm, and thus can be an electronic simulation environmentally friendly scented device accepted by the general consumer. In order to achieve the above effects, the technical means adopted by the present invention is that the furnace seat is provided with a receiving space, and the furnace seat is connected with one end of at least one incense stick, and the power supply unit is provided with the required power supply. The other end of the column is provided with at least one light emitting diode and a smoke guiding portion, and an aerosol generating device is arranged in the receiving space of the furnace seat for generating simulated poison without chemical poison, the smoke generating mechanism and the smoke guiding device The input portion of the mechanism is connected, and the output portion communicates with the smoke collecting portion of the incense column to cause smoke to emerge from the smoke guiding portion, and then the control unit writes 200840523 to have a control for randomly controlling the blinking of the light emitting diode. The program allows the light-emitting diode to simulate the state when the incense column is ignited. The second object of the present invention is to ignite the igniting when the cultivating and supplying the illuminating furnace, and also has the arrangement of the fragrant column and the furnace seat, and thus has the hand-held fragrant film and the docking The dual function of the furnace seat can greatly enhance the practical value of the product, and can be widely used as a simulation environmental protection incense device with aroma and furnace separation functions accepted by the general public. In order to achieve the above-mentioned effects, the technical means adopted by the present invention is characterized in that the furnace seat is provided with a plug-in portion for inserting at least one plug end of one of the incense sticks, and the other end of the incense stick is provided with at least one light-emitting diode. And providing a power source with a power supply unit, and the battery is provided with a battery electrically connected to the light-emitting diode, and a circuit is disposed on the circuit between the light-emitting diode and the battery a second conductive portion that is electrically connected to the first conductive portion is disposed on the inner circumference of the plug portion of the spur column. When the plug portion is separated from the plug portion, the switch is controlled by the switch. The light emitting diode is turned on to emit a light source, and the control unit writes a control program that can be randomly controlled. When the first conductive portion is in conduction with the second conductive portion, the light emitting diode is blinked. To simulate the state of the incense column when ignited. [Embodiment] 基本· The basic technical features of the present invention. The present invention is mainly used when sacrificing an ancestor or worshiping a god, replacing a traditional incense or a column incense to avoid polluting the environment and affecting the health of the body. Referring to the first to fourth figures, the present invention simulates the state of smoke generated by scent ignition and the state of light spot flashing. Therefore, the first basic technical feature of the present invention includes: ten power supply unit (1 〇 ), the power required by the Perimeter, i 200840523 a furnace seat (2 Ο ) with a receiving space (2 i ); to the ^ fragrant column (30) 'one end for the furnace seat ( 2 〇) connection, at the other end, at least one light-emitting diode (4 〇) and one smoke-conducting part (3 i ) (may be a through-hole, the invention is not a through-hole example); smoke generating device (5) G) 'installed in the accommodating space (21) of the furnace seat (2 1) for generating simulated smoke without chemical poisons; a smoke guiding mechanism (60) including an input portion (6) ^ ) and an output portion _ ( 6 2 ), the input portion (61) is in communication with the smoke generating device (5 〇), and the output portion (6 20 and the smog portion (3 〇) of the smoke guiding portion (3) i) communicating so that smoke is emitted from the smoke guiding portion (3 1); and - the control unit (70), which is written with - can randomly control the light emitting diode (4 〇) to flash The control program enables the light-emitting diode (4 〇) to simulate the state when the scent is ignited. As shown in the first figure, a possible embodiment of the first basic technical feature described above is the power supply unit (1 G) It is selected from one of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The second basic technical feature of the present invention includes a power supply unit (1 〇) for providing a required power source; The furnace seat (20) has at least one insertion portion (2 2 ) on the top surface thereof, and the first conductive portion (23) is disposed on the outer periphery of the insertion portion (2 2 ) (please refer to the third figure) At least the support (3 G ), the *- end is provided with a plug portion (3 2 ) for inserting the 200840523 with the plug-in portion (2 2 ), and the other end is provided with at least one light-emitting diode a body (4 Ο)~ and a battery (4 1 ) electrically connected to the light-emitting diode (40) is disposed in the scent column (30) and is disposed in the light-emitting diode (40) a switch (42) is disposed on the circuit between the battery (4 1 ), and the first conductive portion (2) is disposed on the inner circumference of the plug portion (3 2 ) of the fragrance column (30) 3) correspondingly conducting the second conductive portion (3 3 ), when the plug portion (32) is separated from the plug portion (2 2 ), the light is controlled by the switch (42) The diode (40) is turned on to emit a light source; and a control unit (70) is programmed with a randomly controllable control program when the first conductive ridge (23) and the second conductive portion (3 3) When the junction is turned on, the light-emitting diode (40) is blinked to simulate the state when the fragrance is ignited. In a possible embodiment of the second basic technical feature described above, the power supply unit (work 0) is selected from one of a power rectifier circuit and a battery that can be electrically coupled to an AC power source. For the specific implementation of the incense column of the present invention, please refer to the first to fourth figures. In order to make the smoke emerge from the top of the incense column, therefore, in a possible embodiment of the present invention, the musk column (3 〇) further includes: a columnar body (3 4 ); and a tube body (3 5 ) disposed on the outer peripheral surface of the body (3 4 ), the tube body (3 5 ) is disposed at the end for the body (34) to pass through a first-eye port (3 5 0), adjacent to the first opening (305), a plurality of perforations (3 work) as the smoke guiding portion (3 i ), the second end of which is provided a second opening σ ( 3 5 1 ), the tube wall of the nth port (3 5 1) is embedded in the ring groove (2 2 0 ) of the insertion portion (2 2 ), so that the A gas guiding chamber (6 2 a ) is formed between the wall of the ship (3 4 ) and the outer 200840523 and the inner wall of the pipe body (35). ~ Look at the first to the fourth eye, Lai Cai Lai's flashing jitter, light and darkness and the real feeling of listening when the wind is blown. Therefore, the specific example of this (4), the number of incense sticks (^) is three , riding - the incense column (3 G) is each equipped with three healthy light-emitting diodes - (40), the light-emitting diodes (4 〇) can respectively emit a color light source, each of the incense sticks (30) The three secret diodes (4 G ) are controlled by the control unit (70) and can be switched in a certain frequency sequence. Referring to the fifth, sixth and eighth figures, in order to make the invention have the function of the fragrant column (3 (6), the furnace seat (20), and the scented film can be held, the scent column is inserted into the furnace seat (2 </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> a circuit (4 2 ) between the pole body (40) and the battery (4 1), and a first portion of the plug portion (2 2 ) of the furnace seat (20) a conductive portion (23) having a second conductive portion (3 3 ) electrically connected to the first conductive portion (23) on the inner periphery of the plug portion (3 2 ) of the fragrance column (30) When the plug portion (3 2 ) of the incense stick (3 脱离) is separated from the _ ( 2 2 ), the light-emitting diode (4 0) can be controlled by switching of the surface (4 2 ). The light source is turned on to simulate the state of the scented ignition. The specific implementation of the smoke generating device of the present invention. * Please refer to the figure; the present invention simulates the state of smoke generation after ignition, and therefore, the present invention A possible embodiment, the smoke production The device (5 〇) comprises: a container (51) for containing water; and an ultrasonic vibrator (52), which is placed in the container (51), and is oscillated by supersonic 200840523 to make liquid water A second embodiment of the present invention, the smoke generating device (50) comprises: a container (5 1 ) for allowing water to enter; and a heating element (not shown) It is installed in the container (51) and can generate water vapor by heating at a high temperature. The present invention simulates the odor emitted when the incense is ignited, and the container (51) can be added with sesame oil or flavor. The water is mixed, heated by the high temperature of the heating element to generate a water vapor having a fragrance, and then the aroma-containing smoke wheel is sent to the smoke guiding portion of the incense stick (30) via a smoke guiding mechanism (6 〇) 3 1) emerges. 肆· The specific implementation of the smoke guiding mechanism of the present invention, as shown in the second and third figures, the smoke guiding mechanism (6 〇) of the present invention is used for the smoke generating device (50) The generated smoke is directed to the smoke guiding portion (31) of the incense stick (3 ,), and therefore, it contains As the extraction motor (6 1 a ) of the input portion (6 1 ) of the smoke guiding mechanism (6 〇), the extraction motor (6 ia ) is connected with at least one conduit (6 1 b ), the furnace seat ( 2 0) The top surface is provided with at least one insertion portion (2 2 ) having a through opening (2 2 2) and at least a through hole (2 2 2 ), the fragrance column (3 〇) being different from the light emission The end of the pole body (40) is provided with a plug portion (32) that is inserted into the insertion portion (22), and the opening (2 2 1) is in communication with the duct (6 11). And an oxygen guiding chamber (6 2 a ) serving as the wheeling portion (6.2) of the smoke guiding mechanism (6 ,) in the incense column (30), the air guiding chamber (6) The 2 a ) end is in communication with the through hole ( 2 2 2 ) of the insertion portion ( 2 2 ), and the other end is in communication with the smoke guiding portion (31). For the specific implementation of the control unit of the present invention, please refer to the second and eighth directions. The control unit (7 〇) of the present invention functions as 200840523 to control the light emitting diode (4 G ) to emit _jitter, brightness and light. The first embodiment of the present invention includes a single wafer microprocessor (7 i ) having the random automatic control of the light emitting diode. (4 〇) Flashing control program. Furthermore, in order to control the amount of smoke generated and the timing of starting, the control unit (7 〇), the smoke guiding mechanism (60) and the smoke generating device (5 〇) are electrically connected to control the smoke guiding mechanism. (6 〇) start timing and the amount of smoke generated by the smoke generating device (5 〇). In addition, in order to enable the present invention to have a function of manually setting parameters, the control unit (70) includes a single-chip microprocessor (γ 1 ), and the single-chip microprocessor (7 1 ) is electrically connected to have an input setting. An input unit (7 2 ) of the parameter value, and the set timing value determines the start timing of the smoke guiding mechanism (6 〇) and the amount of smoke generated by the smoke generating device (50). For the specific implementation of the sacred play unit of the present invention, please refer to the seventh and ninth figures. In order to increase the devaluation of the product of the present invention, the _ related context music is created, and a buddha is played in the pedestal (20). The unit (8〇) includes: a memory (8 1 ) for storing a plurality of Buddhist music files; a single-chip microprocessor (82) having a music player for writing Reading and executing the Buddhist music file 'and converting into an audio signal; an amplifying circuit (83) to amplify the audio signal; and a speaker (8 4) for emitting the audio signal. In the above specific embodiment: a feasible embodiment, the single-chip microprocessor (8 2 ). The electric '13 200840523 is connected with at least one wheel j into the early element (p port « b ) 'And use the & parameter value to determine the predetermined broadcast time of the Buddhist play unit (800), "曰", the number of broadcasts ^ and the volume. For the specific implementation of the clock display module of the present invention, as shown in the first, second and tenth views, in order to increase the added value of the product of the present invention, the furnace is provided with a clock display module (90), which comprises There is: a clock generating unit (9 1 ) that generates a time signal including seconds, minutes, hours, days, weeks, months, and years via internal counting; and a display unit (9 2 ) for displaying seconds Time, minute, day, day, week, month and year of the time signal. In a preferred embodiment of the foregoing embodiment, the clock generating unit (91) includes at least one input unit (93) for inputting a set parameter value, and setting or adjusting the clock with the set parameter value. This time signal of the unit (91) is generated.运作. Operation of a specific embodiment of the present invention. Please refer to the second and seventh and eighth figures. First, after the power supply on the furnace seat (2 〇) is turned on, the mist generating device (50) and the smoke guide are set. The start-up time of the induction mechanism (60) allows the latter to set the start-up time at 6 o'clock in the morning and around 6 o'clock in the evening. When the smoke generating device (50) and the smoke guiding mechanism (60) are activated, - ^*: the smoke generating device (50) located in the furnace seat (20) uses the ultrasonic oscillator (52) to liquid water The smoke formed by atomization into gaseous water molecules. At this time, the smoke guiding mechanism (60) transports the smoke to the insertion portion of the furnace seat (2Q) via the conduit (63) by the extraction motor (61a) (2) 2), the scent column (, '3 0) of the insertion part (3, 2) and enter the air conduction '.. · ·- 14 200840523 room (6 2 a), and then guided by the incense column (3 Ο) The smoke (3 1) emits smoke. On the other hand, the control unit (7 0) control program can set the parameter values of the plurality of situation modes by the input unit (7 2 ) according to the user's preference, such as stationary. The mode, the breeze blowing mode and the medium-speed air blowing mode), the control unit (7 〇) outputs a control signal corresponding to the mode to the light-emitting diode (4 〇), so that the light can be made The diode (40) emits light, which is flickering, light and dark, flickering, and discoloration when the scent is ignited. See also the third, fifth, sixth, and eighth figures. It means that if the user has to worship the ancestors or worship the gods in a hand-held manner, he only needs to pull up the incense stick (3 〇) from the insertion part (2 2) of the furnace seat (2〇). Separating the plug portion (3 2 ) of the incense stick (3 )) from the plug portion (2 2) of the furnace seat (20), and simultaneously switching the switch (4 2 ) located on the outer circumference of the incense stick to make the battery (4) 1) Conduction with the light-emitting diode (4 〇), so that the top of the fragrant column (30) can emit light spots, so that the ancestors or worshipping gods can be sacrificed by holding the incense sticks (3 〇). : After the worship, the user only needs to insert the plug (3 2 ) of the incense stick (3 )) with the insertion part (2 2) of the furnace seat (20), and then insert the first conductive part. (23) is electrically connected to the first conductive portion (3 3), so that the light-emitting diode (4 〇) can be controlled by the control unit (70) to emit a corresponding light source.玖. Conclusion Therefore, with the establishment of the above technical features, the present invention can not only simulate the ignition state of a conventional incense burner when ignited, but also simulate the smoke generated after the incense is ignited, and has a plurality of context modes built in. Choice, the two can simulate the scent of the scent of the scent of the scent and the smashing of 200840523 « (4), so the A can be raised to the extent of 10; in addition, because of the sigh of the incense column and the furnace seat, therefore, There are many features such as the function of adoring the way of incense stick separation. The above is only one of the possible embodiments of the present invention, and is not intended to limit the equivalent of the content, characteristics and spirit of the patents disclosed in the patent scope of the present invention. Implementations are intended to be included in the patents of the present invention. The method of the invention and the _, the red material, and the industry's diversification, can effectively improve the lack of learning bribes, and are specifically defined in the characteristics of the application of the succession, not seen in the same category, so Reality and progress have been in line with the patent requirements of the invention, and the application has been filed in accordance with the law. Please be sure to approve the patent in accordance with the law to protect the legitimate rights and interests of the applicant. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a schematic view of the implementation of the basic structure of the present invention; the second drawing is a partial cross-sectional view of the basic structure of the present invention; • * ' · . ' 苐 图 本 本 本 本 本 本 本 本 本 本 本A cross-sectional enlarged view of the joint; '.. « * _ fourth is a schematic view of the appearance of the top of the incense column of the present invention; the fifth figure is a schematic view of the appearance of the incense stick for hand-held worship; Schematic diagram of the separation of the incense column and the furnace seat; the seventh diagram is a schematic diagram of the display content of the display unit of the present invention; The eighth diagram is a schematic diagram of the basic circuit control block of the present invention; • The ninth diagram is the circuit control of the Buddhist scripture unit of the present invention. Block diagram; FIG. 10 is a block diagram showing the circuit control of the clock unit of the present invention. ( .· ·- - "[Main component symbol description] 16 200840523
(10)電源供應單元 (2 0)爐座 、 (21)容納空間 (2 2)供插部 (2 2 0)環槽 (221)穿口 (2 2 2)貫孔 (2 3)第一導電部 (3 0)香柱 (31)導煙部 (310)穿孔 (3 2)插接部 (3 3)第二導電部 (3 4)本體 (3 5)管體 (350)第一開口 (3 51)第二開 p (4 0)發光二極趙 (41)電池 (42)開關 (5 0)煙霧產生裝置 (51)容器 (5 2)超音波振盪器 (6 0)煙霧導引機構 (61)輸入部 (61 a)抽取馬達 (61b)導管 ， (6 2)輸出部 (6 2 a)導氣室 (7 0)控制單元 (7 1)(8 2)單晶片微處趣器（7 2) (8 5 )(9 3)輸入單元 (80)佛經播放單元. (81)記憶體 . (8 3 )放大電路. (8 4 )制°八 (9 0)時鐘顯示模組 乂 91)時鐘產生單元 (9 2)顯示單元(10) Power supply unit (20) furnace seat, (21) accommodation space (2 2) for insertion part (2 2 0) ring groove (221) opening (2 2 2) through hole (2 3) first Conductive portion (30) incense column (31) smoke guiding portion (310) perforation (32) plug portion (3 3) second conductive portion (34) body (3 5) tube body (350) first opening (3 51) second open p (4 0) light-emitting diode Zhao (41) battery (42) switch (50) smoke generating device (51) container (52) ultrasonic oscillator (60) smoke guide Mechanism (61) input unit (61 a) extracts motor (61b) conduit, (6 2) output unit (6 2 a) air guide chamber (70) control unit (7 1) (8 2) single wafer micro-interest (7 2) (8 5 ) (9 3) Input unit (80) Buddhist script playback unit. (81) Memory. (8 3 ) Amplification circuit. (8 4 ) System 八 (9 0) clock display module乂91) Clock generation unit (9 2) display unit