M443831 五、新型說明： 【新型所屬之技術領域】 本創作主要係揭示一種燈芯，尤指一種金屬燈芯結 構，特別是由一金屬網捲曲而成的金屬燈芯結構。 【先前技術】 按，一般習知燈具，其係於一燃油杯上方組設一耐高M443831 V. New description: [New technical field] This creation mainly reveals a wick, especially a metal wick structure, especially a metal wick structure which is formed by a metal mesh curl. [Prior Art] According to the conventional light fixture, it is set up above a fuel cup to set a high resistance.
脈之盤體，並於该盤體上穿設一繩狀之棉線燈芯，使該燈 芯得垂入燃油杯内，如此即可使棉線燈芯藉由毛細現象吸 收燃油杯⑽燃油’並在燈芯頂端以火焰點燃，而得以燃 燒燃油i上述燈具運狀場合相#叙，可做為照明、 美觀、及增加氣氛之使帛。如—般綠界較用的油燈； 又如醫藥、化學所使㈣酒精燈，亦使用㈣的方式點燃 酒精，以燃燒酒精。 習知棉線燈芯安裝係由棉線所編織而成繩狀，因棉線a disk body, and a cord-shaped cotton wick is placed on the disk body, so that the wick is immersed in the fuel cup, so that the cotton wick can absorb the fuel cup (10) fuel by capillary phenomenon and at the top of the wick It is ignited by the flame, and it can burn the fuel. The above-mentioned lamps can be used as lighting, beauty, and adding atmosphere. For example, the oil lamps used in the green world; and the medicines and chemical institutes (4) alcohol lamps, also use (4) to ignite alcohol to burn alcohol. The custom cotton wick installation is made of cotton threaded rope, because of the cotton thread
剪斷容綠開’因此在穿過盤料，相當不便，造成使用 上的不方便。 ㈣㈣紐芯於™錢生碳化現象，若 ==燈芯頂端產生碳化現象，使棉線燈芯頂端露出固定 ==因此，燈具使用後每隔1時間必須將棉 線燈心向外拉出以保持棉線燈芯頂端露出固定般的 度=供燃燒’而在持續使用—段時_線燈芯變短後 線燈芯向外拉出’如此重複動作令該棉線燈芯長 又越來越短，令贿具之顯_尚_油時，因棉線燈 3 M443831 芯太短而無法吸收龍油，如此即無法點賴油。若為此 再添加燃關較麻須不便，而更紐芯則又過於浪費，因 此對於使用者來說即會造成選擇上的困擾。 且在燈具之燃油杯中倒滿燃油並點燃燈怒肖，初始燃 燒的火焰會比較大，而隨著燃燒燃油的時間逐漸降低，火 焰會慢慢變小’甚至燃油杯之燃油尚有四分之—或五分之 -的存量較騎會_，因此又必須重新注人燃油，對 於使用者來說相當不便。 而習知棉芯^與黏度稍高的燃油-起使用時，因棉線 燈芯之吸陳相對於減高㈣絲助對降低，使得火 焰不易點燃，或在關後不久㈣滅，縣燈芯使用 於黏度稍南的燃油則無法達到持續點燃的效果，並且吸油 效果不佳及谷易產生大量的煙，造成環境污染。 再者，一般之棉線燈芯的芯部細小不夠細密，於燃燒 時容易造成積碳，使得點燃的火焰不穩定，有時積碳過多 即不易點燃；又若加油時過滿，使得棉線燈芯的積碳吸收 燃油，即會造成不正常燃燒，因此容易發生危險。 因而有如中華民國專利公告編號第493722號「燈芯結 構改良」專利案，由其說明書與申請專利範圍所述，該燈 芯中心設有複數條玻璃纖維絲，使該玻璃纖維絲組合形成 一玻璃纖維層；又於玻璃纖維層外周設有外層，而該外層 係由複數條玻璃纖維紗及熔化於玻璃纖維層表面之烈熔 絲’以呈一網狀緊束於該玻璃纖維層外周，而形成一條燈 怒；如此即可藉由較難燃燒的玻璃纖維絲吸收燈油或酒 4 M443831 精’再藉由毛細現象傳送至燈芯頂端以供燃燒。因玻璃纖 維層以使燈料易燒毁、無煙、容易吸油，且將該燈芯加 熱至別。，使舰紐於玻璃纖維層上，__不合散 開’以供方便穿裝於燈具之盤體，達到燈芯安裝容易^方 便者。 但該玻璃，纖維絲並不容易吸收燈油而藉由毛細現象傳 送燈油或酒精，鼠於賴時火斜分料域，於使用 時必須時常注意火焰是否_，故在使用上必不儘理想而 有待改進。 而又有如中華民國專利公告號編第58〇丨〇6號「油燈或 酒精燈用之燈芯結構改良」專利案以改善玻璃纖維絲利用 毛細現象傳送燈油或酒精較慢的缺失，其係由玻璃纖維絲 及棉線組成燈芯，其特徵在於該玻璃纖維絲係編織包覆在 棉線外，使該棉線包覆在玻璃纖維絲中心；據上述構造， 俾可藉由令心較向吸收性的棉線吸收燈油或酒精以傳導至 燈芯頂端，而可避免燃燒過程中因傳導不及而造成火焰熄 滅的情況。 上述兩專利案均為使用玻璃纖維來改進習知燈芯之缺 點，但此種玻璃纖維燈芯尚有許多缺失亟欲改善。首先以 製造的角度而言，玻璃纖維的材料成本高，且玻璃纖維與 棉線編織之製程繁複，導致玻璃纖維燈芯的價格大幅上 升，而燈芯又屬於大量消耗品，因此無法提供消費者一個 親民的價格。 玻璃纖維燈芯於燃燒燃油時，因為無法將燃油完全汽 5 化，因此同樣會產生碳化現象，惟相較棉線燈芯之 度慢而已。因此_需要紐芯碳化_而進行修^而， 整焉度或是添力σ燃油’同樣造成使用者選擇性上的困調 再者，玻璃纖維燈芯以毛細現象吸取燃油後會有下 題，使得使用者難以調整火焰的高度，這在玻璃纖维^ 使用於觀f用燈具時更是—個難以克服的問題。足心 有鑑於上述絲技術關題無法有效的解決 因此本申請人提料專辦請，贿決料問題點。， 【新型内容】 本創作的目的是提供一種金屬燈芯結構。 為此，本創作所提供的一種金屬燈芯結構，其由 屬網體以一虛擬軸為軸心捲曲至少_ 、 =反的兩端分別定義-個第-端與二::屬: 數端之間具有數個網格， 環圈與其相鄰環圈之間分卿志二擬軸的％圈’母- $成 ％狀空間。該金屬ρ +卢 、-冓可藉由碰金屬網體捲曲形成 且心 金屬絲線表面的彳蹲度或被覆，、、’’。小及 對於不同_性液體燃料的毛==金屬燈芯結構 燃料傳輸能力，進而控制火焰的=料力。並控制液體 由於毛細現象（又稱毛細管 的差異一引二=: (燃油）和固體（燈芯）之間的附著力大於液體本^ 聚力時’就會產生毛細現象。液體在垂直的細管中時液面 壬凹或凸狀、以及多孔材質物體能吸收液體皆為此現象所 致。這也7C燈芯能不斷地將燃料吸引到火焰附近使而火焰 持續燃燒的原因。但是使用傳統燈芯有幾項主要缺點，一 是燈芯近火焰端會不斷因燃燒碳化及耗損而逐漸變短。二 疋燈芯吸附燃料後比重變重而不易保持固定形狀。三是使 用材質受到限制，因此不容易改變產生毛細作用的孔隙及 t液體罐_著力。例如在使録雜較高的液體燃料 =，插人枝後’料毛細作用使㈣簡上升需要很長 Η寸間（五分鐘）才能點火燃燒。因此傳統燈芯對火焰大小及 穩定度不彳i。本創作金屬城結構能改善騎上述缺失。 本創作金屬燈芯結構之主要特徵在於，本創作金屬燈 芯結構’其為金屬網體製成，崎料會產生碳化及耗損 的現象’因此金屬燈芯結構能夠維持固定高度及長度，使 火焰保持持續穩定之燃燒。 、本創作金屬奴結構之次要特徵在於，其為金屬網體 製成’將金屬燈芯拉高時’金屬燈芯不致於碳化及耗損， 燈芯拉高部分更由於受到焰端加熱形成高溫，因此能夠幫 助燃油在高温下產生較完全的汽化，大幅減少積碳^題， 進而提高燃燒效率。 本創作金屬燈芯結構之另-特徵在於，針對不同心 性的燃料，本辦金屬燈芯結構可藉由娜麵網體捲: 形成之環圈數，網格大小及金屬鱗表_赌 材質，以㈣金屬燈芯結構對於不_滯,岐體ς料^ 細作用的能力。並控制液體燃料傳輸能力，進而控制火焰 的。燈具被插入金屬燈芯後’荨待毛細作用使液體燃 料上升相對需要較短時間（一分鐘以内）即可點火燃燒。大 幅提高使用性。 本創作金屬燈忠結構之又一特徵在於，其為金屬網體 製成’裁剪後不會散開，容易穿設於燈具且不會下垂。 本創作金屬燈芯結構之又一特徵在於，其為金屬網體 ‘成，製造成本大幅下降，提供一種經濟實惠的燈芯產品。 本創作金屬燈芯結構之更一特徵在於，藉由調整中央 空間與環狀空間及網格的數量，達到控制火焰的效果。 其他目的、優點和本創作的新穎特性將從以下詳細的 描述與相關的附圖更加顯明。 【實施方式】 有關本創作所採用之技術、手段及其功效，茲舉一較 佳貫施例並配合圖式詳述如後，此僅供說明之用，在專利 申請上並不受此種結構之限制。 请參照圖-至圖三’圖一為本創作金屬燈怒結構之立 體外觀圖。圖二為本創倾芯之立體展關。_三為本創 作燈芯之上視圖。 本創作金屬燈芯結構i，其由_金屬網體以〆虛擬轴A 為軸心捲曲至少-_形成。該金屬燈芯結構丨相反的兩 端沿該虛擬軸A軸向方向分別^義—個第—端n與一個第 二端12 ’該金屬燈芯結構丨相異的兩表面由該第_端n M443831 延伸至該第二端12分別定義一個第一表面13與一個第二 表面14，且該金屬燈芯結構1於該第一端11至該第二端 12之間具有數個網格15，該數個網格15穿透該第一表面 13與該第二表面14，於本實施例中，該網格15截面呈菱 形。該金屬燈芯結構1具有數個同心環繞該虛擬軸A的環 圈，於本實施例中，該數個環圈包括九個環圈，最内圍之 環圈的第一表面13環繞該虛擬軸A形成一中央空間16， 該每一環圈的第二表面14對應相鄰環圈的第一表面13分 別形成一環狀空間17，該每一環圈至該虛擬軸A的距離均 不同，令該金屬燈芯結構1具有一個漩渦狀之橫戴面。最 外圍之環圈的第一表面13與其相鄰環圈的第二表面14互 相接合，於本實施例中，接合方式為焊接。 請同時參照圖四至圖五，為本創作金屬燈芯結構之使 用示意圖。該金屬燈芯結構1預先裁切一預定長度而能輕 易地穿設於燈具2之固定座21，令該金屬燈芯結構1之第 二端12接觸容置於燈具2之容槽22内之燃油23。藉由該 金屬燈芯結構1之網格15與該中央空間16及環狀空間17 之間的毛細現象，使燃油23由該金屬燈芯結構1之第二端 12輸送至該金屬燈芯結構1之第一端11。 根據以上所述可以歸納出本創作金屬燈芯結構具有以 下優點： 1.本創作金屬燈芯結構，其為金屬網體製成，燃燒時 不會產生碳化及耗損的現象，因此金屬燈芯結構能夠維持 固定高度及長度，使火焰保持持續穩定之燃燒。 9 M443831 2. 本創作金屬燈芯結構，其為金屬網體製成，將金屬 燈芯拉高時，金屬燈芯不致於碳化及耗損，燈芯拉高部分 更由於受龍端加熱形成高溫，因此能夠幫助燃油在高溫 下產生較完全的汽化，大幅減少積碳問題，進而提高燃燒 效率。 3. 至屬燈芯結構可藉由調整金屬網體捲曲形成之環圈 數，.周格大小及金屬絲線表面的粗輪度或被覆材質，以控 f彳金屬燈芯、纟竭對於不同㈣性液體簡的毛細作用的能 力並控制液體燃料傳輸能力，進而控制火焰的燃燒。燈 ’、插人1屬燈芯後，等待毛細作用餘體燃料上升相對需 要較短時間（-分鐘以内）即可點火燃燒。大幅提高使用性。 4. 本創作金屬燈芯結構，其為金屬網體製成，裁剪後 不會散開，容易穿設於燈具且不會下垂。 5:本創作金屬燈芯結構，其為金屬晴製成，製造成 本大幅下降’提供一種經濟實惠的燈芯產品。 藝 m所述者’僅為本創作之較佳實施例而已，並 非用以限定本創作實施之範圍，其他如：金屬之材質、網 格之雜等轉變方式，亦皆在本案的範缚之中；故此等熟 習此技藝所作出等效或輕易的變化者，在不脫離本創作之 精神與範圍下所作之均等變化與修飾，皆應涵蓋於本 之專利範圍内。 ^上所述’本創作金屬燈芯結構，並未見於先前被公 =技術故具有專利之新穎性與進步性，及對產業的利用 饧值’申5月人友依專利法之規定，肖鈞局提起新型專利 M443831 之申請。 【圖式簡單說明】 圖一：為本創作金屬燈芯結構之立體外觀圖。 圖二：為本創作金屬燈芯結構之立體展開圖。 圖三：為本創作金屬燈芯結構之上視圖。 圖四：為本創作金屬燈芯結構之使用示意圖，表示該金屬 燈芯裝設於燈具。 圖五：為圖四之局部放大剖面圖，表示該金屬燈芯傳輸燃 油。 【主要元件符號說明】 1 金屬燈怎結構 11 第一端 12 第二端 13 第一表面 14 弟—表面 15 網格 16 中央空間 17 環狀空間 A 虛擬軸 2 燈具 21 固定座 22 容槽 23 燃油The shearing green is on, so it is quite inconvenient to pass through the sheet, which is inconvenient to use. (4) (4) The core is carbonized in TM, if the == carbonization at the top of the wick, the top of the wick is exposed fixed == Therefore, the lamp wick must be pulled out at every other time after the lamp is used to keep the top of the wick exposed. Fixed degree = for combustion 'while in continuous use - segment _ line wick becomes shorter and the wire wick is pulled out out' so repeated action makes the cotton wick longer and shorter, making the brim show _ still _ In the case of oil, the 3 M443831 core of the cotton lamp is too short to absorb the dragon oil, so that it is impossible to rely on the oil. If it is more inconvenient to add fuel to this, and the core is too wasteful, it will cause confusion for the user. And in the fuel cup of the lamp is filled with fuel and igniting the lamp anger, the initial burning flame will be relatively large, and as the time for burning the fuel is gradually reduced, the flame will gradually become smaller 'even the fuel cup fuel still has four points The stock of - or five points - is more difficult to ride than the rider, so it is necessary to re-inject the fuel, which is quite inconvenient for the user. However, the conventional cotton core ^ and the slightly higher viscosity of the fuel - when used, because the cotton wick wicking relative to the reduction (four) silk assisted pair, so that the flame is not easy to ignite, or shortly after closing (four), the county wick is used Fuels with a slight viscosity can not achieve the effect of continuous ignition, and the oil absorption effect is not good and the valley is easy to produce a large amount of smoke, causing environmental pollution. Moreover, the core of the general cotton wick is not fine enough to cause carbon deposition during combustion, so that the ignited flame is unstable, and sometimes the carbon is too much to be ignited; if it is too full, the product of the wick is made. Carbon absorbs fuel, which causes abnormal combustion and is therefore prone to danger. Therefore, there is a patent for the wick structure improvement according to the Patent Publication No. 493722 of the Republic of China. According to the specification and the patent application, the wick core is provided with a plurality of glass fiber filaments, and the glass fiber filaments are combined to form a glass fiber layer. And an outer layer is disposed on the outer periphery of the glass fiber layer, and the outer layer is formed by a plurality of glass fiber yarns and a fibril fuse fused on the surface of the glass fiber layer to be tightly bundled on the outer periphery of the glass fiber layer to form a strip. Light anger; so that it can be absorbed by the more difficult-to-burn glass fiber filaments to absorb the kerosene or wine 4 M443831 finely by capillary action to the top of the wick for combustion. Because of the glass fiber layer, the lamp is easy to burn, smokeless, easy to absorb oil, and the wick is heated to the other. So that the ship is on the fiberglass layer, __ is not scattered to allow for easy wearing on the panel of the lamp, and it is easy to install the wick. However, the glass, the fiber filament does not easily absorb the lamp oil, and the lamp oil or the alcohol is transmitted by the capillary phenomenon. The mouse is slanted into the material field when it is used, and it is necessary to always pay attention to whether the flame is _ during use, so it is not ideal in use. Room for improvement. In addition, as in the Republic of China Patent Bulletin No. 58〇丨〇6, “Improved wick structure for oil lamps or alcohol lamps”, the patent case for improving the slower use of capillary fibers to transmit kerosene or alcohol is based on glass. The fiber filament and the cotton thread constitute a wick, wherein the glass fiber yarn is woven and wrapped around the cotton thread, so that the cotton thread is wrapped around the center of the glass fiber yarn; according to the above structure, the enamel can be absorbed by the cotton thread which is more absorbent to the heart. Lamp oil or alcohol is conducted to the top of the wick to avoid the flame from extinguishing due to poor conduction during combustion. Both of the above patents use glass fiber to improve the defects of conventional wicks, but such glass fiber wicks still have many defects to be improved. Firstly, from the manufacturing point of view, the material cost of glass fiber is high, and the process of weaving glass fiber and cotton thread is complicated, which leads to a large increase in the price of glass fiber wick, and the wick is a large amount of consumables, so it is impossible to provide consumers with a close to the people. price. When a fiberglass wick burns fuel, it can't completely vaporize the fuel, so it also produces carbonization, which is slower than a cotton wick. Therefore, _ need to be carbonized in the core _ while repairing, and the degree of tempering or adding force σ fuel 'also causes the user's selectivity to sleep, and the fiberglass wick will have the next question after sucking the fuel with capillary phenomenon. It is difficult for the user to adjust the height of the flame, which is an insurmountable problem when the glass fiber is used for the lamp. In fact, in view of the above-mentioned silk technology issues can not be effectively resolved, the applicant's request for special, please make a decision. [New Content] The purpose of this creation is to provide a metal wick structure. To this end, the present invention provides a metal wick structure in which the genus network body is curled with a virtual axis as the axis at least _, and the opposite ends are defined as - first end and second:: genus: number end There are several grids between the ring, and the ring circle between the ring and its adjacent ring is divided into % circle 'mother-$ into % space. The metal ρ + Lu and - 冓 can be formed by curling against the metal mesh and the twist or coverage of the surface of the core wire, ''. Small and small for different liquid fuels == metal wick structure fuel transmission capacity, and then control the flame = material force. And control the liquid due to the capillary phenomenon (also known as the difference between the capillary and the second =: (the fuel) and the solid (the wick) when the adhesion is greater than the liquid concentration of the liquid will produce capillary phenomenon. The liquid is in the vertical thin tube The phenomenon that the liquid surface is concave or convex, and the porous material can absorb the liquid is caused by this phenomenon. This also causes the 7C wick to continuously attract the fuel to the flame, so that the flame continues to burn. However, there are several traditional wicks. The main shortcomings of the project are that the near-flame end of the wick will be gradually shortened due to combustion carbonization and wear. The weight of the second wick is not heavy enough to maintain a fixed shape after adsorbing the fuel. The third is that the material is limited, so it is not easy to change the capillary. The role of the pores and the t-liquid tank _ force. For example, in the liquid fuel with high recording content =, after inserting the branch, the wicking effect of the material is required to make the (4) simple rise in a long time (five minutes) to ignite the combustion. The wick is not worthy of the size and stability of the flame. The creation of the metal city structure can improve the above-mentioned missing. The main feature of the metal wick structure of this creation is that As a metal wick structure, which is made of metal mesh, the crucible will cause carbonization and wear and tear. Therefore, the metal wick structure can maintain a fixed height and length, so that the flame can maintain a stable and stable combustion. It is characterized in that it is made of a metal mesh body. When the metal wick is pulled high, the metal wick is not carbonized and worn, and the wicking portion is heated by the flame end to form a high temperature, thereby helping the fuel to be completely produced at a high temperature. The vaporization greatly reduces the carbon deposition problem, thereby improving the combustion efficiency. The other feature of the metal wick structure of the present invention is that, for different fuels, the metal wick structure can be made by the Nana mesh roll: the formed ring Number, grid size and metal scales _ gambling material, to (4) the ability of metal wick structure for non-stagnation, scorpion smashing, and control the liquid fuel transmission capacity, and then control the flame. The luminaire is inserted into the metal wick After the 'waiting for the capillary action to make the liquid fuel rise, it takes a short time (within one minute) to ignite and burn. Another feature of the metal lamp loyalty structure of the present invention is that it is made of a metal mesh body, which does not spread after being cut, and is easy to be worn on the lamp without sagging. Another feature of the metal wick structure of the present invention is that The metal mesh body is formed, and the manufacturing cost is greatly reduced, and an economical wick product is provided. A further feature of the metal wick structure of the present invention is that the flame is controlled by adjusting the central space and the annular space and the number of meshes. Other objects, advantages and novel features of the present invention will be more apparent from the following detailed description and the accompanying drawings. [Embodiment] The techniques, means and functions of the present invention are preferred. The example and the detailed description of the figure are as follows, this is for illustrative purposes only, and is not limited by this structure in the patent application. Please refer to the figure - to Figure 3 'Figure 1 for the three-dimensional creation of the metal lamp anger structure The appearance picture. Figure 2 is the three-dimensional exhibition of the core. _Three is the top view of the creation wick. The present metal wick structure i is formed by the _ metal mesh body curling at least _ with the 〆 virtual axis A as the axis. The opposite ends of the metal wick structure are respectively defined along the axial direction of the virtual axis A. The first end n and the second end 12 'the two surfaces of the metal wick structure are different from the first end n M443831 Extending to the second end 12 defines a first surface 13 and a second surface 14, respectively, and the metal wick structure 1 has a plurality of grids 15 between the first end 11 and the second end 12, the number The mesh 15 penetrates the first surface 13 and the second surface 14. In this embodiment, the mesh 15 has a diamond shape in cross section. The metal wick structure 1 has a plurality of loops concentrically surrounding the virtual axis A. In this embodiment, the plurality of loops includes nine loops, and the first surface 13 of the innermost loop surrounds the virtual axis. A forming a central space 16 , the second surface 14 of each loop forming an annular space 17 corresponding to the first surface 13 of the adjacent loops, the distance from each loop to the virtual axis A is different, so that The metal wick structure 1 has a swirling cross-face. The first surface 13 of the outermost ring is joined to the second surface 14 of its adjacent ring. In this embodiment, the joining is by welding. Please also refer to Figure 4 to Figure 5 for a schematic diagram of the use of the metal wick structure. The metal wick structure 1 is pre-cut for a predetermined length and can be easily passed through the fixing base 21 of the lamp 2, so that the second end 12 of the metal wick structure 1 contacts the fuel 23 accommodated in the cavity 22 of the lamp 2. . The fuel 23 is transported from the second end 12 of the metal wick structure 1 to the metal wick structure 1 by the capillary phenomenon between the mesh 15 of the metal wick structure 1 and the central space 16 and the annular space 17. One end 11. According to the above, it can be concluded that the metal wick structure of the present invention has the following advantages: 1. The metal wick structure of the present invention is made of a metal mesh body, and does not cause carbonization and wear during combustion, so the metal wick structure can be maintained and fixed. The height and length allow the flame to maintain a consistently stable combustion. 9 M443831 2. This metal wick structure is made of metal mesh. When the metal wick is pulled high, the metal wick will not be carbonized and worn out. The wick height will be heated by the dragon end to form a high temperature, so it can help the fuel. Produces more complete vaporization at high temperatures, greatly reducing the problem of carbon deposition, thereby improving combustion efficiency. 3. The structure of the wick can be adjusted by adjusting the number of loops formed by the curling of the metal mesh, the size of the grid and the coarseness of the surface of the wire or the material of the coating to control the metal wick and exhaust the different (four) liquids. The ability to simply capillary action and control the liquid fuel transfer capacity to control the combustion of the flame. After the lamp ’, inserting a genre, it is necessary to wait for a short period of time (within - minutes) to wait for the capillary action to rise. Greatly improve usability. 4. The metal wick structure of this creation is made of metal mesh body. It will not be scattered after cutting, and it is easy to wear on the lamp without sagging. 5: The metal wick structure of this creation, which is made of metal sap, has greatly reduced manufacturing costs, providing an economical wick product. The artist's description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Others such as metal materials, grids, and the like are also in the context of this case. Therefore, the equivalent changes and modifications made by those skilled in the art and equivalent to those skilled in the art should be included in the scope of this patent. ^The above description of the metal wick structure of this creation, not seen in the previous patents of novelty and advancement, and the depreciation of the use of the industry's application of the patent law in May. The bureau filed an application for the new patent M443831. [Simple description of the diagram] Figure 1: The three-dimensional appearance of the metal wick structure. Figure 2: The three-dimensional development of the metal wick structure of the creation. Figure 3: Above view of the metal wick structure of the creation. Figure 4: Schematic diagram of the use of the metal wick structure of the present creation, indicating that the metal wick is installed in the luminaire. Figure 5: is a partial enlarged cross-sectional view of Figure 4 showing the metal wick transmitting fuel. [Main component symbol description] 1 How to structure metal lamp 11 First end 12 Second end 13 First surface 14 Brother-surface 15 Grid 16 Central space 17 Annular space A Virtual axis 2 Lamp 21 Mounting seat 22 Capacitor 23 Fuel oil