捌、創作說明： 一、創作所屬之技術領域： 一種香精蕊頭改良構造，特別指點火時不會產生大火， 可減少精油損耗，觸媒不易被堵塞之香精蕊頭改良構造。 二' 先前技術·· 現今人類的生活環境充滿了病菌、黴菌、過敏原等致 癌物質，但當人們以藥物抵抗時，卻也增加了身體的負擔， 產生許多的副作用，因此，人們開始使用精法黃香，同時 對身體與環境做環保殺菌。 因為精油薰香於使用時會產生臭氧（〇3)，可以分解 空氣中不好的物質，且精油本身含有醇，具有殺菌效果； 又高溫的蕊頭，薰香所產生的負離子、芬多精，亦具有殺 菌之效果。 精油薰香主要係利用蕊頭催化精油。如圖5〜6所示， 習用的蕊頭包括：一基座70，置於精油瓶之螽口部，其内 設一空室71，下方外側設有凸點72 ;及一耐熱元件73，設 於基座70之空室71中，其下方設一空室74，上方設一孔 75與空室74相通；及一吸油元件76，一端連設於耐熱元 件73之空室74中，另一端置於精油瓶中以吸取精油；及 觸媒77，連設於耐熱元件73上方，用以催化精油，其上方 設有孔78，可供精油油氣通過；及一定位元件79，概呈门 型’設於觸媒77上方，其兩端可勾設於基座70上，用以 固定耐熱元件73與觸媒77。 當使用時，先把吸油元件75置入精油瓶中，並使基 座70放置在精油瓶之瓶口部上。此時吸油元件75充份吸 取積油，且对熱元件72亦利用毛細作用將吸油元件75上 之精油傳遞至觸媒76上。 當點火時’火燄燃燒觸媒76上之精油，燃燒之熱量 傳至耐熱元件72上，促使精油揮發；揮發之精油油氣經耐 熱元件72之孔74與觸媒76之孔77，持續供給火燄燃燒。 當一段時間後，燃燒之高溫使觸媒76活化；吹熄火 燄後，活化之觸媒76即開始催化精油。 習用之蕊頭在使用上相當的便利，但仍有下列缺點： 1·因觸媒76與耐熱元件72連設成一體，使觸媒76吸 附大量精油；點火時，火燄會大量燃燒觸媒76上之 精油，造成浪費與空氣污染。 2·點火時，因燃燒大量精油，產生巨大火燄，容易發 生危險。 3·精法燃燒後會產生膠質，容易堵塞觸媒76。 、4·欲熄滅火燄時，常因火燄過大而無法吹熄，或無法 用精油瓶蓋悶熄，造成使用者的困擾。 综上所述’習用之蕊頭在使用上仍有許多的缺點，經 本創作人苦思細索，積極研究，再加上不斷地實驗改良， 終於發展出本創作。 三、創作内容： 本創作之目的在提供一種觸媒不會吸附大量精油之香 精蕊頭改良構造。 本創作目的在提供—種點火時，可減少精油損 耗之香精蕊頭改良構造。 本創作之又—目的錢供-種麵衫堵塞之香精蕊 頭改良構造。 本創作之再一目的在提供一種熄火時不易發生危險之 香精蕊頭改良構造。 本創作為達成上述或其他目的，所使用之技術手段' 零件與方法，茲取一較佳實施例，詳細說明如下。 四、實施方式： 本創作之香精蕊頭改良構造係設於精油瓶60之瓶口 部61上，其中包括··一底座10，置於精油瓶60之瓶口部 61上’及耐熱元件20，設於底座1〇之中；及一吸油元 件30 ’設於耐熱元件2〇下方；及一阻隔網4〇，設於耐熱 元件20上方；及觸媒5〇，設於阻隔網4〇之上。下文將詳 予說明。 · 如圖1〜4所示，本創作主要包括··一底座1〇，置於 精油瓶60之瓶口部61上；其内設有空室u，下端外側設 有凸襄12 ’可使底座1〇舆精油瓶6〇之瓶口部&間保持一 空隙以供外界找進人精純6G内；及—耐熱元件2〇，設 於底座ίο之空室η中、秀内設一空室21，上方設一孔22 與空室2!相通，以供精;由治氣通過，·及一吸油元件3〇，概 呈長條狀，其一端設於耐熱元件20之空室71令，另一端 置於精油瓶6G内㈣取_ ;及—阻_ .辦耐熱元 件20上方，及一觸媒50，設於阻隔網4〇上方，其上設有 -孔51，可供精治法氣通過。阻隔網劝係用以阻隔耐熱元 件20與觸媒50 ’避免觸媒5〇硬附大量精治。 其中底座1G上緣設有若干孔13，在峨時，可保持 空氣流通》底座Κ)外設有-定位元件W，可將阻隔網4〇 與觸媒50固定於耐熱元件20上方。 耐熱元件20與阻隔網40之間可進一步設一金屬網 42，可將燃燒觸媒50所產生之熱量傳遞至耐熱元件20上， 使财熱元件20下方之吸油元件30所吸取之精油快速揮發， 持續供給觸媒50上之火燄燃燒。金屬網似上設有孔43， 可供揮發之精油油氣通過。 如圖3所示，當使用時，先將底座1〇置於精油瓶6〇 之瓶口部61上，並把吸油元件30置入精油瓶60内，使吸 油元件30充份吸取精油。此時，精油會持續揮發，揮發之鲁拳 油氣會經由耐熱元件20之孔22、金屬網42與阻隔網40， 附著於觸媒50上。 當點火燃燒時，產生之熱量會經由阻隔網4〇與金屬 網42傳至耐熱元件20，加速精油的揮發。 在一段時間後，觸媒50已上升至一預定溫度，該溫 度可使觸媒50充份活化；此時吹熄觸媒5〇上之火燄，即 可利用高溫的觸媒50開始催化精油。 如圖4所示，不使用時，僅需使用精油瓶6〇之瓶蓋幻 _ 蓋住瓶口部61，阻隔空氣與觸媒50接觸，靜待一段時間後， 觸媒50即停止催化精油。 本創作之優點： 1·耐熱元件20與觸媒50被阻隔網與金屬網42隔 開，使觸媒50不會吸附大量精油，點火時可減少精 油損耗與空氣污染。 2·因觸媒50沒有吸附大量精油，點火時不會產生巨大 火談’不易發生危險。 M242212 3·觸媒50僅摧化精油油氣，不會產生勝質堵塞觸 50 〇 、 4·熄滅火燄時，因燃燒的火燄小，容易吹熄，不會造 成使用者之不便與困擾。 ^ =圖5所示，本創作之第二實施例係於底座1〇上方 叹有右干定位元件14a，其概呈片狀體，可向内彎折。使用 時，把阻隔網40與觸媒50放置在定位，再將定位元件14a 向内騎，即可把阻隔網4〇與觸媒5〇固定於耐叙 上方° Μ 五、圖式簡單說明： 圖1係本創作分網罩之立體圖。 圖2係本創作之局部剖面簡略分解示意圖。 圖3係本創作置於精油瓶上之剖面示意圖，其中為表 示之方便’特將觸媒、阻隔網及金屬網等三 分離。 — 圖4係本創作蓋上瓶蓋之簡略示意圖。 钃· 圖5係本創作第二實施例之局部剖面簡略示意圖。 圖6係習用蕊頭之立體圖。 圖7係習用蕊頭之簡略剖面放大示意圖。 s 65S7 M242212 圖號說明： 10···, ...底座 11…· ..空室 12··· ...凸點 13…· • •孔 14··· ...定位元件 14a" ...定位元件 20··· ...耐熱元件 21…. ...空室 22··· …孔 30…, ...吸油元件 40··· ...阻隔網 41…· …孔 42··· ...金屬網 43··· …孔 50··· ...觸媒 51… …孔 60··· ...精油瓶 61… ...瓶口部 62… ...瓶蓋 70··· ...基座 71··· ...空室 12... …凸點 73… ...耐熱元件 74··· ...空室 75··· …孔 76… …吸油元件 77··· ...觸媒 78… …孔 79··· ....定位元件创作, creation description: 1. The technical field of creation: An improved structure of the essence core head, especially an ignition core structure that does not produce a fire when ignition, can reduce the loss of essential oil, and the catalyst is not easily blocked. II 'Prior technology ... The current human living environment is full of carcinogens such as germs, molds, allergens, but when people resist with drugs, it also increases the burden on the body and produces many side effects. Therefore, people began to use fine French yellow incense, at the same time do environmental sterilization of the body and the environment. Because essential oil aromatherapy generates ozone (〇3) when used, it can decompose bad substances in the air, and the essential oil itself contains alcohol, which has a bactericidal effect; and the high-temperature stamens, the negative ions produced by the aromatherapy, fendol essence , Also has the effect of sterilization. Essential oil aromatherapy mainly uses the rut head to catalyze the essential oil. As shown in Figures 5 to 6, the conventional core head includes: a base 70, which is placed in the mouth of the essential oil bottle, and has an empty chamber 71 inside, and a bump 72 on the lower side; and a heat-resistant element 73, In the empty chamber 71 of the base 70, an empty chamber 74 is provided below, and a hole 75 is communicated with the empty chamber 74 above; and an oil absorption element 76, one end of which is connected to the empty chamber 74 of the heat-resistant element 73, and the other end is disposed The essential oil is absorbed in the essential oil bottle; and the catalyst 77 is connected above the heat-resistant element 73 to catalyze the essential oil, and a hole 78 is provided above the essential oil for oil and gas to pass through; and a positioning element 79 is generally gate-shaped. It is arranged above the catalyst 77 and its two ends can be hooked on the base 70 to fix the heat-resistant element 73 and the catalyst 77. When in use, first place the oil absorption element 75 into the essential oil bottle, and place the base 70 on the bottle mouth of the essential oil bottle. At this time, the oil absorbing element 75 fully absorbs the accumulated oil, and the capillary element is also used for the heat element 72 to transfer the essential oil on the oil absorbing element 75 to the catalyst 76. When ignition, the flame burns the essential oil on the catalyst 76, and the heat of combustion is transferred to the heat-resistant element 72, which promotes the volatilization of the essential oil; the volatilized essential oil and gas are continuously supplied to the flame through the hole 74 of the heat-resistant element 72 and the hole 77 of the catalyst 76 . After a period of time, the high temperature of the combustion activates the catalyst 76; after the flame is blown out, the activated catalyst 76 starts to catalyze the essential oil. The conventional core head is quite convenient in use, but it still has the following disadvantages: 1. Because the catalyst 76 and the heat-resistant element 72 are integrated into one body, the catalyst 76 absorbs a large amount of essential oil; when the ignition, the flame will burn a large amount of the catalyst 76 The essential oils cause waste and air pollution. 2. When igniting, a large amount of essential oil is burned, resulting in a huge flame, which is likely to cause danger. 3. Gum will be produced after fine combustion, which will easily clog catalyst 76. 4. When the flame is to be extinguished, it is often unable to blow out due to the flame being too large, or unable to suffocate with an essential oil bottle cap, causing user trouble. To sum up, there are still many shortcomings in the use of the accustomed ruitou. The author finally developed this creation after careful consideration, active research, and continuous experimental improvement. 3. Creation Content: The purpose of this creation is to provide a catalyst that will not adsorb a large amount of essential oil, and the improved structure of the essence core. The purpose of this creation is to provide an improved structure of the essence head that can reduce the loss of essential oils during ignition. Another of this creation—purpose money—improves the structure of the essence core of the blouse. Another purpose of this creation is to provide an improved structure of the fragrance core which is less likely to be dangerous when the flame is turned off. In order to achieve the above-mentioned or other purposes, the technical means, parts and methods used in this creation are taken as a preferred embodiment, which are described in detail below. 4. Implementation: The modified structure of the essence core of this creation is set on the bottle mouth portion 61 of the essential oil bottle 60, including a base 10, placed on the bottle mouth portion 61 of the essential oil bottle 60 'and the heat-resistant element 20. , Set in the base 10; and an oil absorption element 30 'is set under the heat-resistant element 20; and a barrier net 40 is set above the heat-resistant element 20; and a catalyst 50 is set in the barrier net 40 on. This is explained in more detail below. As shown in Figures 1 to 4, this creation mainly includes a base 10 placed on the mouth 61 of the essential oil bottle 60; an empty chamber u is provided inside, and a convex 12 is provided on the outside of the lower end. There is a gap between the bottle mouth of the base 10 essential oil bottle 60 and the outside to find inside the pure 6G; and-the heat-resistant element 20, which is located in the empty room η of the base, and an empty space inside the show. The chamber 21 is provided with a hole 22 above which is connected to the empty chamber 2! For refining; the gas passes through, and an oil-absorbing element 30, which is almost in the shape of a strip, and one end is arranged in the empty chamber 71 of the heat-resistant element 20 , The other end is placed in the essential oil bottle 6G to take _; and-resistance _. Do heat-resistant element 20, and a catalyst 50, located above the barrier network 40, which is provided with -hole 51 for fine treatment Gas passes. The barrier network advises to block the heat-resistant element 20 and the catalyst 50 ′ to avoid a large amount of fine treatment of the catalyst 50. The upper edge of the base 1G is provided with a number of holes 13, which can maintain air circulation in the time of E. The base K) is provided with a positioning element W, which can fix the barrier mesh 40 and the catalyst 50 above the heat-resistant element 20. A metal mesh 42 may be further provided between the heat-resistant element 20 and the barrier mesh 40, which can transfer the heat generated by the combustion catalyst 50 to the heat-resistant element 20, so that the essential oil absorbed by the oil-absorbing element 30 under the financial heat element 20 is quickly volatilized. The flame on the catalyst 50 is continuously burned. The metal mesh seems to be provided with holes 43 through which volatile essential oils can pass. As shown in FIG. 3, when in use, the base 10 is first placed on the bottle mouth portion 61 of the essential oil bottle 60, and the oil absorption element 30 is placed in the essential oil bottle 60, so that the oil absorption element 30 absorbs the essential oil sufficiently. At this time, the essential oil will continue to volatilize, and the volatile Luquan oil and gas will adhere to the catalyst 50 through the hole 22 of the heat-resistant element 20, the metal mesh 42 and the barrier mesh 40. When ignited and burned, the heat generated will be transmitted to the heat-resistant element 20 through the barrier mesh 40 and the metal mesh 42 to accelerate the volatilization of the essential oil. After a period of time, the catalyst 50 has risen to a predetermined temperature, which can fully activate the catalyst 50; at this time, the flame on the catalyst 50 is blown out, and the high-temperature catalyst 50 can be used to start catalyzing the essential oil. As shown in Figure 4, when not in use, you only need to use the cap of the essential oil bottle 60 to cover the mouth 61 of the bottle to block the air from contacting the catalyst 50. After a period of time, the catalyst 50 will stop catalyzing the essential oil. . The advantages of this creation: 1. The heat-resistant element 20 and the catalyst 50 are separated by a barrier mesh and a metal mesh 42 so that the catalyst 50 does not absorb a large amount of essential oil, and the loss of essential oil and air pollution can be reduced during ignition. 2. Since the catalyst 50 does not adsorb a large amount of essential oil, no huge fire talk is generated during ignition. M242212 3. The catalyst 50 only destroys the essential oil and gas, and does not produce a blocked plug. When the flame is extinguished, it is easy to blow out due to the small burning flame, which will not cause user inconvenience and distress. ^ = As shown in FIG. 5, the second embodiment of this creation is located above the base 10 and has a right stem positioning element 14 a, which is generally a sheet-like body and can be bent inward. When in use, place the barrier mesh 40 and the catalyst 50 in position, and then ride the positioning element 14a inward to fix the barrier mesh 40 and the catalyst 50 above the resistance. Μ 5. Brief description of the diagram: Figure 1 is a perspective view of the subnet cover of this creation. Figure 2 is a schematic exploded view of a partial section of this creation. Figure 3 is a schematic cross-sectional view of the essential oil bottle placed on this creation, for the sake of convenience, the catalyst, barrier net and metal net are separated. — Figure 4 is a schematic diagram of the bottle cap of this creation.钃 · Figure 5 is a schematic diagram of a partial cross section of the second embodiment of the present invention. Figure 6 is a perspective view of a conventional core head. FIG. 7 is a schematic enlarged sectional view of a conventional core head. s 65S7 M242212 Description of drawing number: 10 ··, ... Base 11 ... · .. Empty room 12 ··························· Positioning element 14a ". .. Positioning element 20 ... Heat-resisting element 21 ... Empty space 22 ... Hole 30 ... Oil-absorbing element 40 ... Blocking net 41 ... Hole 42 ··· ... Metal mesh 43 ····· hole 50 ····· Catalyst 51… ·· hole 60 ··· ... Essential oil bottle 61 ... Cover 70 ... Base 71 ... Empty room 12 ... Bump 73 ... Heat-resistant element 74 ... Empty room 75 ... Hole 76 ... … Oil absorbing element 77 ··· ... catalyst 78… hole 79 ··· ..positioning element