M366037 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種瓦斯爐之出火結構，尤指一種較容 易製造、且較不容易阻塞的瓦斯爐之出火結構。 【先前技術】 自19世紀末至今 - 且疋人類用於調理食半 的一項主要廚房用具’隨著科技的進步，各種電子產品（令 如電磁爐和微波爐等）逐一問世，也取代了瓦斯爐的心 功能，但由於瓦斯爐具有加熱速度快且可視需要即時調* 火力大小之優點，因此仍為世人在烹煮時的較佳選擇，; 中’亞洲國家人民較偏愛以快炒、煎'、炸、者 食物，故其依賴瓦域之喊尤甚。 “方式枓毛 瓦斯爐之基本作用原理為瓦斯經由瓦斯供應組傳幸』 ㈣置將瓦斯點燃’使火焰經由爐 及外圈之出火孔形成火網。 構的_16圖，係說明—種習知之瓦斯㈣ 冓々體不思圖，其中，第⑶圖係為第 示意圖。 口I***分鲖 -及第弟久和1B圖所示’瓦斯從瓦斯進氣結構⑴ 及弟二瓦斯進氣孔lla、llb進入。接著，八 的第一及第二通孔21a、2ib。然後 =通過出火組件30的底盤3lb、頂盤％而分^ f 上的_瓦斯出氣區與外圈瓦/ 取後’瓦斯分別經由内圈出火結構仏與外圈 3 M366037 而分別從内圈出火孔320a與外圈出火孔320b出來。當該 瓦斯進氣結構10的點火件12作用時，則火焰最終將從該 些内圈出火孔320a與外圈出火孔32〇b冒出。 、然而，習知之外圈出火結構與内圈出火結構係為先形 成其出火結構本體後，再以機械加工鑽孔該出火結構本 體，以形成外圈出火孔與内圈出火孔等。此種外圈出火結 構與内圈出火結構不容易一體成形，且該些外圈出火孔與 内圈出火孔容易被水、油;責、污垢、或灰塵等異物所阻塞， 進=造成瓦斯爐出火不均勻、出火失敗、或甚至損壞瓦斯 爐等問題。此外，清除習知之外圈出火孔與内圈出火孔中 所累積的異物時亦費時費力。 二因此，如何提供一種瓦斯爐之出火結構，以避免其加 ^乂 =雜、且容易因阻塞而導致瓦斯爐無法正常出火及產 ⑽可靠度下降㈣題’實已成爲目前業界亟待克服之課題。 【新型内容】 鑑於上述習知技術之缺失，本創作係提供一種瓦斯爐 之出火結構’能避免其加工較複雜、且容易因阻塞而導致 瓦斯爐無法正常出火及產品可靠度下降等問題。 在本;II作之⑮樣中，係提供一種瓦斯爐之内圈出火 結構’包括m及至少—具有狹長形外露開口的貫 通孔，設於該圓盤上。 依上述之瓦斯爐之内圈出火結構，具有狹長形外霖開 :的貫通孔係可設於該圓盤之頂面或外側表面，且該且有 狭長形外㈣軌射設於關叙㈣。此外， M366037 該至少一貫通孔的狹長形外露開口可繞成環狀。 、又依上述之_出火結構，該圓盤之材質可為銅、 鐵、生鐵、铭或不鏽鋼，且該圓盤可為—體成型或組合式 結構。 η.本創作復提供-種瓦斯爐之外圈出火結構，包括：圓 =上以及至少-具有狹長形外露開口的貫通孔，設於該圓 _ 依上述之瓦斯爐之外圈出火結構 ? 口的貫通孔係可設於該圓環之頂面或外側== :狹：形糊口的貫通孔係可設於該圓環之外圍了再 "至>-貫通孔的狹長形外露開σ可繞成環狀。 又：上述之外圈出火結構’該圓環 =構生鐵、料不鏽鋼，且該圓環可為-體成型或組合式 由上可知’本創作之瓦斯爐之出火結構 具有狹長形外露開口的貫通孔，不僅可直接-體^處^ 需進行後段鑽孔加工，製造較快速、容易 ，不 材料來製造，例如銅、鐵 了使用多種 此外，此種具有狹長二、呂、不鐵鋼等都可適用。 潰、污垢或灰塵等=Γ:通孔較不易被水、油 戶以瓦斯個效率較高且形成之火 元全， 【實施方式】 以下係藉由特定的且俨麻 式，熟悉此技藝之人士二：r例爾創作之實施方 之人士可由本說明書所揭示之内容輕易地 5 M366037 暸解本創作之其他優點與功效。 差一實施彻丨 5月荃閱第2A至2D圖，係說明一種本創作之瓦斯爐 之出火結構之第一實施例的立體示意圖，其中，第2B圖 係為第2A圖之***分解示意圖，第2C圖係為本創作之瓦 斯爐之内圈出火結構的另—態樣，第2D圖係為本創作之 瓦斯爐之外圈出火結構的另一態樣。 如第2A和2B圖所示，係提供一瓦斯爐，其包括： 瓦斯進氣結構10、阻隔結構20、以及出火組件3〇，其中， 該瓦斯進氣結構10具有第一及第二瓦斯進氣孔liafm、 點火件12以及第-及第二瓦斯出氣孔na、別，·該阻隔 結構20具有第一及第二通孔2la、m;該出火組件3〇包 括有頂盤31a、底盤31b、内圈出火結構33&以及外圈出火 結構33b，且該絲31b具有第一及第二導孔3ub、m 該頂盤3la具有内圈瓦斯出氣區3Ua與外圈瓦斯出氣區 312a ’該内圈出火結構33a與外圈出火結構现兩者之頂 面於外圍位置皆分別形成有具狹長形外露開口的至少 '一及弟一貝通孔33〇a、330b。 / 一於使用上述之瓦斯爐時，瓦斯可有兩個不同的流動足 徑’:瓦斯經由該瓦斯進氣結構10的第一瓦斯進氣子 lla進入後’從該第—瓦斯出氣孔…出來。接著 ，過:阻隔結構2〇的第-通孔21a。然後，瓦斯通過該^ 火組件30的底盤3lb的第一導孔3nb， 的内圈瓦斯出氣區3Ua。最1達该頂盤 傻瓦斯經由該内圈出火 M366037M366037 V. New description: [New technical field] This creation is about the fire structure of a gas furnace, especially the fire-fighting structure of a gas stove which is easier to manufacture and less prone to blockage. [Prior Art] Since the end of the 19th century - and a major kitchen utensil used by humans to regulate food and beverages. 'With the advancement of technology, various electronic products (such as induction cookers and microwave ovens) have been introduced one by one, replacing the gas stoves. Heart function, but because the gas stove has the advantages of fast heating speed and immediate adjustment of the firepower, it is still a better choice for the world when cooking. In the 'Asian countries, people prefer to fry, fry'. It’s fried, food, so it’s especially dependent on the domain. "The basic principle of the method of the gas furnace is that the gas is passed through the gas supply group." (4) The gas is ignited 'to make the flame form a fire net through the fire hole of the furnace and the outer ring. _16 diagram, description - farming Knowing the gas (4) The body is not thinking, among them, the figure (3) is the first schematic. The mouth I blasts the 鲖 - and the first brother and the 1B picture shows the gas from the gas intake structure (1) and the second gas inlet Lla, llb enter. Then, the first and second through holes 21a, 2ib of the eight. Then = through the chassis 3lb of the fire-extinguishing component 30, the top plate %, and the _ gas outlet zone and the outer ring tile / after taking The gas exits from the inner ring outlet hole 320a and the outer ring outlet hole 320b via the inner ring firing structure 外 and the outer ring 3 M366037 respectively. When the igniter 12 of the gas inlet structure 10 acts, the flame will eventually The inner ring fire hole 320a and the outer ring fire hole 32〇b emerge. However, the conventional outer ring fire structure and the inner ring fire structure are formed by first forming the fire structure body, and then the mechanically drilled the fire structure. Body to form an outer ring with a fire hole and an inner ring Etc. The outer ring fire structure and the inner ring fire structure are not easy to be integrally formed, and the outer ring fire hole and the inner ring fire hole are easily blocked by water, oil, foreign matter such as responsibility, dirt, or dust. The gas stove is not evenly fired, the fire fails, or even damages the gas stove. In addition, it is time-consuming and labor-intensive to remove the foreign matter accumulated in the fire hole and the inner ring fire hole. Therefore, how to provide a gas furnace The fire structure is avoided to avoid the addition of impurities, and it is easy to cause the gas furnace to fail to fire normally due to the blockage. (10) The reliability is reduced (4) The title has become an urgent problem to be overcome in the industry. [New content] In view of the above-mentioned conventional knowledge The lack of technology, this creation provides a fire oven structure of the gas furnace 'can avoid the complicated processing, and it is easy to cause the gas furnace to fail to fire normally and the reliability of the product is reduced due to the blockage. In this case; Providing an inner ring fire-extinguishing structure of a gas furnace, including m and at least a through hole having an elongated exposed opening, disposed on the disk. The inner ring fire structure of the furnace has an elongated hole: the through hole may be disposed on the top or outer surface of the disk, and the narrow outer (four) rail is disposed in the Guan (4). M366037 The elongated exposed opening of the at least one through hole can be wound into a ring shape. According to the above-mentioned fire-dissipating structure, the material of the disk can be copper, iron, pig iron, iron or stainless steel, and the disk can be - Body-formed or combined structure. η. This creation provides a gas-fired furnace outside the ring fire structure, including: round = upper and at least - a through hole with a narrow exposed opening, which is set in the circle _ according to the above gas stove Outer ring fire structure? The through hole of the mouth can be set on the top or outer side of the ring == : narrow: the through hole of the shape can be set at the outer periphery of the ring and then "to" The narrow elongated opening σ of the hole can be wound into a ring shape. Moreover: the above-mentioned outer ring fire-extinguishing structure 'the ring=construction iron, material stainless steel, and the ring can be formed or combined. The fire structure of the gas stove of the present invention has a narrow elongated opening. Holes, not only directly - body ^ ^ need to carry out the latter section of drilling, manufacturing is faster, easier, no material to manufacture, such as copper, iron used a variety of addition, this has a narrow second, Lu, not iron steel, etc. applicable. Collapse, dirt or dust, etc. = Γ: The through hole is less susceptible to water and oil. The gas is more efficient and the fire is formed. [Embodiment] The following is a specific and ramie type, familiar with this technique. Person 2: The person who implements the application of R. er can easily understand the other advantages and effects of this creation by the content disclosed in this manual. The first embodiment of the gas fired furnace of the present invention is illustrated in FIG. 2A, and the second embodiment is a schematic exploded view of the second embodiment. The 2C figure is another aspect of the inner ring fire structure of the gas furnace of the creation, and the 2D figure is another aspect of the fire exit structure of the gas furnace outside the creation. As shown in FIGS. 2A and 2B, a gas furnace is provided, comprising: a gas inlet structure 10, a barrier structure 20, and a pyrophoric assembly 3, wherein the gas inlet structure 10 has first and second gas inlets. The air hole liafm, the ignition member 12, and the first and second gas outlet holes na, the barrier structure 20 has first and second through holes 21a, m; the fire-emitting assembly 3 includes a top plate 31a and a chassis 31b The inner ring fire-dissipating structure 33& and the outer ring fire-dissipating structure 33b, and the wire 31b has first and second guiding holes 3ub, m. The top plate 3la has an inner ring gas outlet region 3Ua and an outer ring gas outlet region 312a'. The annular fire-dissipating structure 33a and the outer ring fire-extinguishing structure are respectively formed with at least one of the first and the outer-opening holes 33〇a, 330b at the outer peripheral positions. / When using the above gas furnace, the gas can have two different flow foot diameters': the gas enters through the first gas inlet lla of the gas inlet structure 10, and then comes out from the first gas vent... . Then, the first through hole 21a of the structure 2 is blocked. Then, the gas passes through the inner ring gas outlet region 3Ua of the first pilot hole 3nb of the chassis 3lb of the fire assembly 30. The most up to the top plate, the silly gas fires through the inner ring. M366037
- I .結構33a而從該第—貫通孔33〇a 10 12 ；；^ 終將㈣第-貫通孔3 3 〇 a的狹長形外露開口冒出貝人知取 =出來。接著，瓦斯通過該阻隔結構20的第瓦::2:孔 d = ’瓦_過該出火組件3〇的絲3ib^： = _ M2b，而後到達該頂 5弟一 ¥孔 ，瓦斯經由該外圏出火結構33b=;=-a。最後， 12的作用，則火培最終將從該第二貫:;構3:二點火件 外露開口冒出。 #貝通孔现的狹長形 在亦==二=，流動路徑不僅可同時存 :冰_的相帽例如内圈出火結構!二 ^僅存在弟二種瓦斯流動路經的相關結 火結構33b等）。 、丨』如外圈出 ^本實施财，㈣圈出火結構…之 =盤。該圓盤上具有複數個第—貫通孔3地，該 貝、孔3施係具有繞成環狀之狹長形外露開口，且 體成型或組合式結構。而該外圈出火結構= 脰結構係為—ff] xS£- I. Structure 33a from the first through-hole 33〇a 10 12 ;; ^ Finally (4) the through-hole 3 3 〇 a of the elongated exposed opening emerges from the shell. Then, the gas passes through the dam of the barrier structure 20::2: the hole d = 'wa _ over the wire 3ib^: = _ M2b of the fire-extinguishing component 3, and then reaches the top 5 brother a hole, the gas passes through the outside The fire structure 33b=;=-a. Finally, the role of 12, then the fire will eventually emerge from the second:; 3: two ignition parts exposed openings. #贝通孔's long and narrow shape is also == two =, the flow path can not only be stored at the same time: the ice-phase cap, such as the inner ring fire structure! 2 ^ only exist the two kinds of gas flow path related fire structure 33b Wait).丨 』 』 』 』 』 』 』 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 The disc has a plurality of first through-holes 3, and the shells and the holes 3 are provided with elongated elongated openings that are wound in a ring shape, and have a body-formed or combined structure. And the outer ring fire structure = 脰 structure is - ff] xS £
丁局0 %，该圓環上具有 I 33〇b，且該坻第-貫 個弟一貝通孔 貝通孔纖係具有繞成環狀之狹長形外 路幵口’且该圓環可為一體成型或組合式結構。在較佳實 7 M366037 施例中，該些狹長形外露開口係繞成環狀，且其外露開口 之形狀係例如為狹長弧形，但不限於此。 如第2C和2D圖所示，係分別為本創作之瓦斯爐之 内圈出火結構和外圈出火結構的另—態樣4同於第 和2B圖所示的内圈出火結構33a和外圈出火結構，在 第2C和2D圖中，具有狭長形外露開口的第一貫通孔幻加， 和第二貫通孔330b，是分別形成於内圈出火結構33&，和外 圈出火結構33b，的外側表面，而非頂&。此種態樣且有避 免異物直接從上方進人而造成開口阻塞或甚至損壞下方结 構的優點。 弟二貫施例 請參閱第3A和3B圖’其係—種本創作之瓦斯爐之 出火結構之第二實施例的立體示意圖，其中，帛圖係 為第3A圖之***分解示意圖。 本創作之瓦㈣之出火結構亦可如第从和3b圖所 不’其包括：瓦斯進氣結構4〇、内圈出火結構仏，、 外圈出火結構现，’其中，該瓦斯進氣結構40具有第一 衫二瓦斯進氣孔41a肖仙、内圈瓦斯出氣區仏以及 :圈瓦=氣區42b ;該内圈出火結構仏，與外圈出火結 者之外側表面皆分別形成有具狹長形外露開口之 至> 一第一及第二貫通孔33〇a,、33〇b，。 使用上述之瓦斯爐時，瓦斯可有兩個不同的咖 二:=瓦斯經由該瓦斯進氣結構4〇的第一瓦斯咖 …進入後，從該内圈瓦斯出氣區仏出來 '然後，瓦卑 M366037 矣工由該内圈出火結構33a， —* 形外露開口出來，並配人聲火件;丰貝通孔3施的狹長 焰最終將從該第—貫軌、件（未圖示）的作用，則火 孔JJ〇a的狹長形外露開口冒出。 構義紅斯進氣結 42b出來。铁後： 入後，從該外圈瓦斯出氣區 …貫通孔外圈出火結構现，而從該第 的狹長形外露開口出來，並配合點火件(未 _:::=wr最終將從該第二貫通孔心 在亦’上述的兩種瓦斯流動隸不僅可同時存 == 可單獨使用，也就是說，可僅存在第- 或可僅^在Γ""的相關結構（例如内圈出火結構33a，等） 種瓦斯流動路徑的相關結構(例如外圈出 圓盤:Γ有實施：中’該内圈出火結構仏，係^ &上具有讀個第—貫通孔33Ga,， 33〇a，具有繞成環狀之 —弟貝通孔 成型或組合式,士構，口，且該圓盤可為一體 該卜㈣火結構33b,係為-圓環， 函衣上具有複數個第二貫通孔3鳥，，且該些第二*、雨 ^鳥、具有繞成環狀之狹長形外露開口。該圓環可為一 體成型或組合式結構。 … 內圈同的是’第二實施例除了使用前述之 前所述之之外，也可改用如 ®人…構J3a和外圈出火結構33b。然而， 9 M366037 熟習此技蟄者當知如何改用，故不再贅述。 綜上所述，相較於習知之結構，本創作之瓦斯爐之出 火結構，其出火處為具有狹長形外露開口的貫通孔，不僅 可直接一體成型，並不需進行後段鑽孔加卫’製造較方便、 容易，且可使用的材料較不受限制，例如銅、鐵、生鐵、 銘、不鏽鋼等材料都可使用。此外，此種具有狹長形外露 開口的貫通孔較不易被水、油潰、污垢、或灰塵等異物所 阻塞，且由於瓦斯燃燒較完全，所以熱效率較高且形成之 火焰較漂亮。 上述實施例僅例示性說明本創作之原理及其功效，而 非用於限制本創作。任何熟習此項技藝之人士均可在不達 =本創作之精神及範訂，對上述實_進行㈣與改 本創作之權利保護範圍，應如後述之申請專利 摩巳圍所列。 【圖式簡單說明】 ，广和1Β圖係為習知之瓦斯爐結構的立體示意 圖’其中，弟1Β圖係、為第以圖之***分解示意圖； 一—苐2Α至2D圖係為本創作之瓦斯爐之出火結構之第 ::施例：立體：意圖，其中，第2β圖係為第Μ圖之爆 ^不:圖’第2C圖係為本創作之瓦斯爐之内圈出火 火^ = 第扣圖係為本創作之瓦斯爐之外圈出 火、·，。構的另一恶樣；以及 第3A和3B圖係為本創作之瓦斯 二實施例的立體示意圖出人-構之弟 、Τ弟3B圖係為第3A圖之爆 10 M366037 炸分解示意圖。 【主要元件符號說明】 10、40 瓦斯進氣結構 11a、41a 第一瓦斯進氣孔 lib 、 41b 第二瓦斯進氣孔 12 點火件 ' 13a 第一瓦斯出氣孔 -13b 第二瓦斯出氣巩^ • 20 阻隔結構 2>a 第一通孔 21b > 第二通孔 30 出火組件 31a 頂Μ 311a ' 42a 内圈瓦斯出氣區 312a ' 42b 外圈瓦斯出氣區 • 31b 底盤 311b 第一導孔 312b 第二導孔 32a、33a、33a’内圈出火結構 32b、33b、33b’外圈出火結構 320a 内圈出火孔 320b 外圈出火孔 330a、330a’ 第一貫通孔 330b 、 330b， 第二貫通孔 330b 、 330b’ 110% of the Ding, the ring has I 33〇b, and the first pass of the Biantong Kong Bietong fiber has a narrow-shaped outer pass around the ring' and the ring can It is a one-piece or combined structure. In the preferred embodiment of the invention, the elongated opening is wound in a ring shape, and the shape of the exposed opening is, for example, a long and narrow arc, but is not limited thereto. As shown in Figures 2C and 2D, the inner ring fire structure and the outer ring fire structure of the gas furnace of the present creation are respectively the same as the inner ring fire structure 33a and the outer ring shown in Figs. 2B. In the 2C and 2D drawings, the first through hole having the elongated opening is added, and the second through hole 330b is formed in the inner ring fire structure 33& and the outer ring fire structure 33b, respectively. Outside surface, not top & This aspect has the advantage of avoiding foreign matter entering the person directly from above, causing the opening to block or even damaging the underlying structure. The second embodiment of the second embodiment of the gas furnace of the present invention is shown in Fig. 3A and Fig. 3B, wherein the drawing is a schematic exploded view of Fig. 3A. The fire structure of the tile (4) of this creation may also be as in the following figures and 3b. It includes: gas inlet structure 4〇, inner ring fire structure仏, outer ring fire structure, 'where the gas intake structure 40 has a first shirt two gas inlet holes 41a Xiaoxian, an inner ring gas outlet area 仏 and: a circle tile = gas zone 42b; the inner ring fire structure 仏, and the outer ring of the fire side of the outer surface are formed separately The narrow and elongated exposed openings are > a first and second through holes 33〇a, 33〇b. When using the gas stove mentioned above, the gas can have two different coffees: = the first gas coffee that the gas passes through the gas intake structure of the gas. After entering, the gas is discharged from the inner gas outlet area. M366037 is completed by the inner ring fire structure 33a, -* shaped exposed opening, and equipped with vocal fire pieces; the long flame of the Fonbei through hole 3 will eventually be from the first through-track, the piece (not shown) Then, the narrow opening of the fire hole JJ〇a emerges. The structure of the red air intake junction 42b came out. After the iron: After entering, from the outer ring gas outlet area... the outer ring outer ring fire structure is now, and from the first narrow exposed opening, and the ignition piece (not _:::=wr will eventually be from the first The two through-holes are also in the above two types of gas flow not only can be stored simultaneously == can be used alone, that is, there can be only the first - or only the relevant structure of the Γ "" Structure 33a, etc.) Related structure of the gas flow path (for example, the outer ring is out of the disk: the Γ is implemented: the middle inner ring is fired, and the system has a read through hole 33Ga, 33〇) a, having a ring-shaped ring-shaped hole forming or combination, a structure, a mouth, and the disk can be integrated into the (four) fire structure 33b, is a ring, the letter has a plurality of Two through holes 3 birds, and the second *, rain ^ birds, having an elongated exposed opening that is wound into a ring shape. The ring may be an integrally formed or combined structure. The inner ring is the same as the second Embodiments In addition to the use of the foregoing, the use of a structure such as a J3a and an outer ring fire structure 33b may be used instead. However, 9 M366037 people who are familiar with this technology know how to use it, so they will not go into details. In summary, compared with the conventional structure, the fire structure of the gas stove of this creation has a narrow exposed opening. The through hole can be directly molded in one piece, and does not need to be drilled in the back section. It is convenient and easy to manufacture, and the materials that can be used are not limited. For example, copper, iron, pig iron, Ming, stainless steel and other materials can be used. In addition, such a through hole having an elongated exposed opening is less likely to be blocked by foreign matter such as water, oil collapse, dirt, or dust, and since the gas combustion is relatively complete, the thermal efficiency is high and the formed flame is beautiful. The embodiments are merely illustrative of the principles and effects of the present invention, and are not intended to limit the present invention. Anyone skilled in the art can perform the above-mentioned practice (4) with the spirit and scope of this creation. The scope of protection of the rights of the original creation shall be as listed in the application for patents in the following. [Simplified illustration of the diagram], the Guanghe 1Β diagram is a three-dimensional diagram of the gas furnace structure of the prior art. Among them, the brother 1 Β diagram is the schematic diagram of the explosion of the first map; the 苐 2Α to 2D diagram is the first part of the fire structure of the gas furnace of the creation:: Example: three-dimensional: intention, where the second β system For the explosion of the third map ^ No: Figure 2C is the fire inside the gas stove of the creation ^ ^ The first button is the gas ring outside the creation of the gas stove, the other The 3D and 3B diagrams are the three-dimensional diagrams of the gas-enhancing embodiment of the creation. The brother-in-law and the 3B diagram are the exploded view of the 10 M366037 explosion. 】 10, 40 gas inlet structure 11a, 41a first gas inlet hole lib, 41b second gas inlet hole 12 ignition piece '13a first gas outlet hole - 13b second gas outlet gas ^ 20 blocking structure 2> a first through hole 21b > second through hole 30 ignition unit 31a top Μ 311a ' 42a inner ring gas outlet area 312a ' 42b outer ring gas outlet area • 31b chassis 311b first guide hole 312b second guide hole 32a, 33a , 33a' inner ring fire structure 32b, 33b, 33b' outer ring fire structure 320a inner ring fire hole 320b outer ring fire hole 330a, 330a' first through hole 330b, 330b, second through hole 330b, 330b' 11