M333471 八、新型說明： : 【新型所屬之技術領域】 本創作係提供-種助燃器，尤指—種可套裝於天然氣或是油 料管路上⑽幫助天錢或是油料更完全燃燒，進柯節省能源 的器具。 【先前技術】 按，天然氣與油料係為現今廣泛使用的燃料，不論在一般家 籲 庭之烹每燒水或是車輛引擎的運轉，大都係燃燒天然氣或油料來 達成。若是天然氣或是油料之燃燒不完全時，不僅會排放廢氣而 污染環境，且會造成能源的浪費。 為提高燃料的燃燒效率，習用已有多種相關的助燃結構被設 冲。例如，公告444811號新型專利中揭示一種「燃料改善裝置」， 該裝置包括一殼體、若干可在吸收熱度後產生遠紅外線波長的具 返紅外線波長材料、一油管、若干磁性元件及若干封閉元件；該 φ 殼體係一具有中央通孔的中空管狀體，該具遠紅外線波長材料置 設在殼體内部，該油管穿設固定在殼體之中央通孔内，該數磁性 元件I設在該殼體内壁之適當處，且位於殼體與油管間，而該數 封閉元件位於吸熱殼體與油管間，且可保持磁性元件與具遠紅外 線波長材料封閉在吸熱殼體與油管之間，又該殼體二側組設有接 頭’其一端接頭接設油管，另一端接頭接設在引擎喷油管路上， 藉由具遠紅外線波長材料細化燃油中的油分子，促使燃油能充分 燃燒，進而產生省油效果。 5 M333471 : β該卵「崎改善裝置」軸具有改善燃油燃燒的效果，但 《制效果有限’亦即’無法令具遠紅外線波長材料所釋放出 的遠紅外線磁波能量被充分_，而且，要組裝該裝置在油管上 的作業並不便利。 【新型内容】 ' 本創作人有鑑於此’遂悉心加以研究分析及設計，於今有本 創作之產生。疋以，本創作之主要目的在提供—種助燃器，該助 • 燃器能便利地套裝在油管或是天然氣等燃料管上，使得燃料在通 過該助顧之後，其分子會制遠㈣_量的魏或細化而加 速霧化’進而提高燃料的燃燒效果者。 依據本創作構成之助燃器，係包含由可撓性材料製成的一套 筒’該套筒内部具有可提供燃料管穿過的一轴向通孔，且該套筒 上設有-概呈職狀_槽，該切槽係沿著該套筒之長度方向延 伸並穿透該套筒之筒壁至内部通孔，以便該套筒套裝在燃料管外 籲侧，並在該套_㈣充有可職遠紅外線之養，使得燃料在 - 通過該助燃器之後，其分子會得到遠紅外線能量的磁化或細化， 進而使得燃料能充分燃燒者。 在-實施例中，财釋放遠紅外線之材料為可釋放出遠紅外 線磁波之陶究顆粒或其2能釋放遠紅外線磁波能i的礦物材質粉 末，且該可釋放遠紅外線之材料是分散開地填充在該套筒内部。 在-實施例中，係進-步包含可吸熱的金屬材料，該金屬材 料是填充在該套筒内部。 6M333471 VIII. New description: : 【New technical field】 This creation provides a kind of combustion-supporting device, especially one that can be set on natural gas or oil pipeline (10) to help the sky or oil to burn more completely. Energy appliances. [Prior Art] According to the natural gas and oil system, the fuel is widely used today. It is mostly produced by burning natural gas or oil, whether it is used in the cooking of a general household or every vehicle. If the combustion of natural gas or oil is not complete, it will not only emit exhaust gas but also pollute the environment, and it will cause waste of energy. In order to improve the combustion efficiency of the fuel, various related combustion-supporting structures have been conventionally designed. For example, in the new patent No. 444 811, a "fuel improving device" is disclosed, which comprises a casing, a plurality of materials having a returning infrared wavelength capable of generating a far infrared ray wavelength after absorbing heat, a tubing, a plurality of magnetic components and a plurality of closing members. The φ housing is a hollow tubular body having a central through hole, the far infrared ray wavelength material is disposed inside the casing, the oil pipe is disposed and fixed in the central through hole of the casing, and the plurality of magnetic components 1 are disposed in the casing The inner wall is suitably located between the casing and the oil pipe, and the plurality of closing elements are located between the heat absorbing casing and the oil pipe, and the magnetic element and the material having the far infrared ray wavelength are enclosed between the heat absorbing casing and the oil pipe, and the shell is The two sides of the body are provided with a joint, one end of which is connected with a fuel pipe, and the other end of which is connected to the engine fuel injection line, and the oil molecules in the fuel are refined by the far-infrared wavelength material to promote the fuel to be fully combusted, thereby generating Fuel saving effect. 5 M333471 : β The egg “Saki-improving device” shaft has the effect of improving fuel combustion, but the “limited effect” means that “the far-infrared magnetic wave energy released by the far-infrared wavelength material cannot be sufficient _, and It is not convenient to assemble the device on the oil pipe. [New Content] 'This creator has made this creation in light of this research. The main purpose of this creation is to provide a kind of combustion aid, which can be conveniently placed on a fuel pipe such as a tubing or a natural gas, so that after the fuel passes through the help, its molecules will be far away (4)_ The amount of Wei or refinement accelerates the atomization' and thus improves the combustion effect of the fuel. A combustion burner constructed according to the present invention comprises a sleeve made of a flexible material. The sleeve has an axial through hole through which the fuel pipe can pass, and the sleeve is provided with an outline a slot, the slot extending along the length of the sleeve and penetrating the wall of the sleeve to the inner through hole so that the sleeve fits over the outer side of the fuel pipe, and in the sleeve _ (four) It is filled with a long-range infrared ray, so that after the fuel passes through the ignitor, its molecules will be magnetized or refined by the far-infrared energy, so that the fuel can fully burn. In the embodiment, the material for releasing far-infrared rays is a mineral powder capable of releasing far-infrared magnetic waves or a mineral powder capable of releasing far-infrared magnetic energy i, and the material capable of releasing far-infrared rays is dispersed. Filled inside the sleeve. In an embodiment, the step further comprises an endothermic metal material which is filled inside the sleeve. 6
M333471 在實知例中’該可吸熱的金屬材料係為金屬顆粒或粉 且该可吸_金屬材料狀勻地填充在該套_。 M在貝關中’係進一步包含一外殼，該外殼包覆在該套筒 夕和且料殼之至少局部具有遠紅騎舰 外線磁波外洩。 ^ 在A例中’該遠紅外線遮蔽材料係塗佈在該外殼之内表 面或是外表面。 在一實施例中’該包覆在該套筒外部的外殼係由二具有開口 的金屬殼體對合組成。 關於本創作之其他目的、優點及特徵，將可由以下較佳實施 例的詳細說明並參照所附圖式來了解。 【實施方式】 本創作可用多種不_形式來實施。現將僅為例子但非用以 限制的實施例並參照所關式，就本創作之結構内容說明如下·· 睛參閱第-圖及第二圖，顯示依據本創作第一實施例構成之 助燃器1 ’其包含-由可撓性材料製成的套筒u，該套筒u内部 具有可提供燃料管2穿過的-轴向通孔⑴，且該套筒u上設有 一概呈螺旋狀的切槽Π2，該切槽112係沿著該套筒11之長度方 向延伸並穿透该套筒之筒壁至内部通孔111，以便該套筒11套裝 在燃料官2外侧，亦即’將該切槽112 —端套在該燃料管2上， 接著沿著該螺旋狀切槽112的方向捲繞，就能將該套筒丨丨套装在 該燃料管2之外侧，實施上簡單又快速。 7 M333471 a在該套筒11内部填充有可釋放遠紅外線之材料12，在本實 ㈣中，柯槪遠紅外狀㈣12係材槪㈣紅外線磁波 之陶_粒或粉末。所稱遠紅外線係指波長0· 75〜麵_範圍 之電磁波，經由試驗得證，其具有使轉與天缝等鋪磁化或 細化的效用，因而，當燃料在通職助燃器丨之後，其分子會得 J%、、01外線成罝而提咼霧化效果，進而有利充分燃燒。 在該套筒11内部並填充有可吸熱的金屬材料13，在本實施 财，該可吸熱的金屬材料13係為金屬顆粒或粉末，其能吸收周 圍環境（例如引擎）所紐出的温度而提高該套筒11的溫度，進 而有利該可釋放遠紅外線之材料12釋放出遠紅外線磁波。因而， 該燃料管2巾的燃料在通過本創作之助燃n1之後，其分子會得 到遠紅外線能1而加速霧化，有利完全燃燒，進而達成節省能源 及降低廢氣排放等效果。 參閱第三圖至第五圖所示，為依據本創作第二實施例構成之 助燃器1 ,在该實施例中，和上述第一實施例說明者相同或同等 之構件將附上同一標號作說明；其係進一步包含可包覆在該套 筒11外部的一中空外殼14，該外殼具有内表面143、外表面144 及内部容室145，該容室145可將該套筒U收納，且該外殼14 之至少局部具有遠紅外線遮蔽材料15 ,在本實施例中，該遠紅外 線遮蔽材料15為塗佈在該外殼14内表面143之金屬層，其能防 止由套筒11内部所釋放的遠紅外線磁波外浪；或者，該遠紅外線 遮蔽材料15亦可塗佈在該外殼14之外表面144。 M333471 在該第二實施例中，該外殼14包含二具有開口的殼體141、 142，其中，殼體142上具有扣耳146，而殼體141上具有溝槽147， 當該套筒11裝在該外殼14内部之後，將該二殼體141、142相對 合’並利用該扣耳146卡入該溝槽147内而結合。 參閱第六圖，為依據本創作第三實施例構成之助燃器1，在 這實施例中，和上述第二實施例說明者相同或同等之構件，將附 上同一標號作說明；該第三實施例與第二實施例的差異在於該外 殼14係由二具有開口的金屬殼體141、142對合組成，該二金屬 殼體141、142本身構成遠紅外線遮蔽材料，其能防止由套筒I! 内部釋放的遠紅外線磁波外洩，因而能進一步提高助燃效果；另 該二金屬殼體141、142對合後，係可在二端部148處利用連接件 (未圖示）來組合。 前述是對本創作之構造作較佳實施例的說明，而依本創作的 設計精神是可作多種變化或修改的實施例。是以，對於熟悉此項 技藝人士可作之明顯替換與修飾，仍將併入於本創作所主張的專 利範圍之内。 【圖式簡單說明】 第一圖係依據本創作第一實施例構成的助燃器之立體圖； 第二圖係第一圖之一剖視圖，且顯示一燃料管穿過該助燃号· 第三圖係依據本創作第二實施例構成的助燃器之立體示意圖，且 顯示一燃料管穿過該助燃器； 第四圖係第三圖之一剖視圖； M333471 第五圖係沿第四圖之5-5線所取的剖視圖；及 第六圖係依據本創作第三實施例構成的助燃器之分解略圖，且顯 示一燃料管穿過該助燃器。 【主要元件符號說明】 1.助燃器 11.套筒 111.通孔 112.切槽 12.可釋放遠紅外線之材料13.金屬材料 14. 外殼 143.内表面 145.容室 147.溝槽 15. 遠紅外線遮蔽材料 141.142.殼體 144.外表面 146.扣耳 148.端部 2.燃料管M333471 In the known example, the heat-absorbing metal material is metal particles or powder and the smokable metal material is uniformly filled in the sleeve. The M in the shell is further comprised of a casing that is wrapped around the sleeve and that at least a portion of the casing has an outer magnetic wave leakage from the far red riding. ^ In the case of A, the far infrared ray shielding material is coated on the inner surface or the outer surface of the outer casing. In one embodiment, the outer casing encased outside the sleeve is comprised of two metal casings having an opening. Other objects, advantages and features of the present invention will become apparent from [Embodiment] This creation can be implemented in a variety of forms. The structure of the present invention will now be described by way of example only, but not by way of limitation, with reference to the structure of the present invention, and the following description of the structure of the present invention is shown in the first and second figures, showing the combustion assisted by the first embodiment of the present creation. The device 1 'includes a sleeve u made of a flexible material, the sleeve u has an axial through hole (1) through which the fuel pipe 2 can pass, and the sleeve u is provided with a substantially spiral a slotted slot 2 extending along the length of the sleeve 11 and penetrating the barrel wall of the sleeve to the inner through hole 111 so that the sleeve 11 fits outside the fuel officer 2, that is, 'The slit 112 is sleeved on the fuel pipe 2, and then wound in the direction of the spiral groove 112, so that the sleeve can be fitted on the outer side of the fuel pipe 2, which is simple to implement. Fast again. 7 M333471 a The inside of the sleeve 11 is filled with a material 12 capable of releasing far-infrared rays. In the present (4), Ke Wei far-infrared (four) 12-series 四 (4) infrared magnetic wave ceramic _ granules or powder. The term "infrared infrared ray" refers to an electromagnetic wave having a wavelength of from 0. 75 Å to Å. It has been proved by experiments that it has the effect of magnetizing or refining the rotation and the sky seam. Therefore, when the fuel is in the auxiliary combustion burner, Its molecules will get J%, 01 outside the line into a sputum to improve the atomization effect, which is beneficial to full combustion. The inside of the sleeve 11 is filled with a heat-absorbing metal material 13. In the present embodiment, the heat-absorbing metal material 13 is a metal particle or a powder which absorbs the temperature of the surrounding environment (for example, an engine). Increasing the temperature of the sleeve 11 further facilitates the release of far infrared ray magnetic material by the material 12 that can release far infrared rays. Therefore, after the fuel of the fuel tube 2 is passed through the combustion assisting n1 of the present invention, the molecules obtain the far-infrared energy 1 and accelerate the atomization, thereby facilitating complete combustion, thereby achieving the effects of saving energy and reducing exhaust gas emissions. Referring to the third to fifth figures, the burner 1 constructed in accordance with the second embodiment of the present invention, in this embodiment, the same or equivalent components as those described in the first embodiment will be given the same reference numerals. Illustrated; further comprising a hollow outer casing 14 that can be wrapped around the outer portion of the sleeve 11, the outer casing having an inner surface 143, an outer surface 144 and an inner chamber 145, the chamber 145 can receive the sleeve U, and At least a portion of the outer casing 14 has a far-infrared shielding material 15 which, in the present embodiment, is a metal layer applied to the inner surface 143 of the outer casing 14 to prevent release from the interior of the sleeve 11. Far infrared ray magnetic wave; or the far infrared ray shielding material 15 may be coated on the outer surface 144 of the outer casing 14. M333471 In the second embodiment, the outer casing 14 comprises two housings 141, 142 having openings, wherein the housing 142 has a lug 146 thereon, and the housing 141 has a groove 147 thereon. After the inside of the outer casing 14, the two casings 141, 142 are oppositely joined and joined by the lug 146 into the groove 147. Referring to the sixth embodiment, the combustion burner 1 constructed in accordance with the third embodiment of the present invention, in this embodiment, the same or equivalent components as those described in the second embodiment will be denoted by the same reference numerals; The difference between the embodiment and the second embodiment is that the outer casing 14 is composed of two metal casings 141, 142 having openings, which themselves constitute a far-infrared shielding material, which can be prevented from being sleeved. I! The far-infrared magnetic wave released inside is leaked, so that the combustion-supporting effect can be further improved. After the two metal casings 141 and 142 are joined, they can be combined at the two end portions 148 by connectors (not shown). The foregoing is a description of the preferred embodiment of the present invention, and the design spirit of the present invention is an embodiment that can be varied or modified. Therefore, obvious substitutions and modifications to those skilled in the art will still be incorporated in the scope of the claims. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a perspective view of a combustion burner constructed in accordance with a first embodiment of the present invention; the second drawing is a cross-sectional view of the first drawing, and shows a fuel pipe passing through the combustion engine number and the third system. A perspective view of a combustion improver constructed in accordance with a second embodiment of the present invention, and showing a fuel pipe passing through the burner; a fourth view is a cross-sectional view of the third figure; M333471 is a fifth figure along the fifth figure 5-5 A cross-sectional view taken of the line; and a sixth drawing is an exploded view of the combustion burner constructed in accordance with the third embodiment of the present invention, and shows a fuel pipe passing through the combustion improver. [Main component symbol description] 1. Combustion burner 11. Sleeve 111. Through hole 112. Groove 12. Material capable of releasing far infrared rays 13. Metal material 14. Housing 143. Inner surface 145. Housing 147. Groove 15 Far infrared ray shielding material 141.142. Housing 144. Outer surface 146. Buckle 148. End 2. Fuel tube