JPH09170725A - Flame port for gas burner - Google Patents
Flame port for gas burnerInfo
- Publication number
- JPH09170725A JPH09170725A JP34921695A JP34921695A JPH09170725A JP H09170725 A JPH09170725 A JP H09170725A JP 34921695 A JP34921695 A JP 34921695A JP 34921695 A JP34921695 A JP 34921695A JP H09170725 A JPH09170725 A JP H09170725A
- Authority
- JP
- Japan
- Prior art keywords
- porous body
- foil
- gas
- flame port
- hole body
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Landscapes
- Gas Burners (AREA)
Abstract
Description
【0001】[0001]
【産業上の利用分野】本発明は、調理用,暖房用等に使
用されるガスバーナの火口に関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a crater of a gas burner used for cooking, heating, etc.
【0002】[0002]
【従来の技術】調理等に使用されているガスレンジのバ
ーナでは、ガス濃度10%程度の予混合されたガスを数
個〜数十個の小孔から吹き出させている。ガスに点火す
ると、周囲からも空気が供給され、火炎となって燃焼す
る。燃焼熱は、ヤカン,鍋等の調理器具の加熱に使用さ
れる。汎用タイプのガスバーナでは、火炎により加熱さ
れた空気(燃焼空気)のかなりの部分が調理器具等に熱
を与えることなく上昇し、無駄になっていた。また、ガ
スの調節範囲が狭く、火炎を小さく絞り保温しようとす
ると、立ち消えてしまうことがある。また、カセットコ
ンロ等を屋外で使用する際、風によって火炎が飛んでし
まう場合もある。一部には、セラミックス等の板に多数
の直線状小孔を穿った多孔板をバーナ火口として使用し
ている。この火口では、表面近傍に多数の小火炎を作
り、発生熱の一部をセラミック体に輻射熱として与え、
セラミック体を加熱し火炎を安定にしている。2. Description of the Related Art In a burner of a gas stove used for cooking or the like, a premixed gas having a gas concentration of about 10% is blown out from several to several tens of small holes. When the gas is ignited, air is also supplied from the surroundings to form a flame and burn. The combustion heat is used to heat cooking utensils such as kettles and pots. In the general-purpose type gas burner, a considerable part of the air (combustion air) heated by the flame rises without giving heat to the cooking utensil, etc., and is wasted. Further, the gas adjustment range is narrow, and if the flame is squeezed to a small temperature to keep it warm, it may disappear. Further, when the cassette stove or the like is used outdoors, the wind may blow the flame. In some cases, a perforated plate in which a large number of linear small holes are formed in a plate made of ceramics or the like is used as a burner crater. At this crater, many small flames are created near the surface, and part of the heat generated is given to the ceramic body as radiant heat.
The ceramic body is heated to stabilize the flame.
【0003】[0003]
【発明が解決しようとする課題】多孔状セラミックス体
を使用したバーナでも、燃焼量を少なくするとセラミッ
ク体の温度が下がり、火炎が不安定になることが避けら
れない。火炎の安定化させるため、セラミック体の表面
に白色の触媒を担持したものも知られている。触媒によ
って燃焼反応が促進されるものの、触媒の価格や寿命等
に難点があり、広く普及されるに至っていない。本発明
は、このような問題を解消すべく案出されたものであ
り、プレス成形した金属板を積層した多孔体がガスの安
定燃焼に有効に作用することを利用し、希薄なガスでも
安定して燃焼させ、且つ簡単な洗浄によって当初の清潔
な状態に維持できるバーナ火口を提供することを目的と
する。Even in a burner using a porous ceramics body, it is inevitable that the temperature of the ceramics body will decrease and the flame will become unstable if the amount of combustion is reduced. It is also known that the surface of the ceramic body carries a white catalyst in order to stabilize the flame. Although the combustion reaction is promoted by the catalyst, it has not been widely spread because of the drawbacks such as price and life of the catalyst. The present invention has been devised to solve such a problem and utilizes the fact that a porous body formed by laminating press-formed metal plates effectively acts on stable combustion of gas, and is stable even in a dilute gas. It is an object of the present invention to provide a burner crater that can be burnt and burned, and can be maintained in an initial clean state by simple cleaning.
【0004】[0004]
【課題を解決するための手段】本発明のガスバーナ用火
口は、その目的を達成するため、波形又は凹凸状にプレ
ス成形され、周縁にバリが形成された貫通孔を波形又は
凹凸状の山部又は谷部に穿設した複数の金属板又は箔材
を、隣接するバリを互いに噛み合わせて積層し、且つ隣
接する金属板又は箔材の間に通気用の隙間をもたせたこ
とを特徴とする。或いは、波形又は凹凸状にプレス成形
された金属板又は箔材を渦巻状に巻き込んだ多孔体で火
口をつくることもできる。この場合には、バリによって
金属板又は箔材の間に通気用の隙間が形成される。金属
板又は箔材としては、たとえばCr:8〜30重量%を
含み、Si≦5重量%以下,Al≦6重量%以下,Ti
≦1重量%以下,Mo≦5重量%≦の1種又は2種以上
を含む耐熱性の優れたステンレス鋼が使用される。In order to achieve the object, a crater for a gas burner of the present invention is press-formed into a corrugated or concave-convex shape, and a through-hole having a burr formed at a peripheral edge is formed into a corrugated or concave-convex mountain portion. Alternatively, a plurality of metal plates or foils bored in the valleys are laminated by adjoining adjacent burrs, and a gap for ventilation is provided between the adjacent metal plates or foils. . Alternatively, the crater can be made of a porous body in which a metal plate or foil material press-formed in a corrugated shape or an uneven shape is spirally wound. In this case, the burr forms a gap for ventilation between the metal plate or the foil material. Examples of the metal plate or foil material include Cr: 8 to 30% by weight, Si ≦ 5% by weight or less, Al ≦ 6% by weight or less, Ti
Stainless steel having excellent heat resistance is used which contains one or more of ≦ 1 wt% and Mo ≦ 5 wt% ≦.
【0005】[0005]
【実施の形態】本発明で使用される多孔体は、本発明者
等が先に特願平6−181818号で提案した多孔体と
同様に、プレス成形によって波形又は凹凸をつけた複数
の金属板又は箔材を多数重ね合わせることにより、隣接
した金属板又は箔材の間に隙間を形成している。或い
は、金属板又は箔材を巻き込むことにより、隣接した金
属板又は箔材の間に隙間を形成している。使用する金属
板又は箔材10としては、たとえば図1に示すように、
規則的に且つ周期的に波形又は凹凸を形成することが好
ましい。個々の波形又は凹凸には、波面方向に断面形状
を周期的に変化させたウネリ11をつけることもでき
る。波形又は凹凸には、山部,谷部,中腹等の適宜の箇
所に貫通孔12が形成され、貫通孔12の周縁にヨーク
状突起又はバリ13が形成される。BEST MODE FOR CARRYING OUT THE INVENTION Similar to the porous body proposed by the present inventors in Japanese Patent Application No. 6-181818, the porous body used in the present invention is composed of a plurality of metals having corrugations or irregularities formed by press molding. By stacking a large number of plates or foil materials, a gap is formed between adjacent metal plates or foil materials. Alternatively, by winding a metal plate or foil material, a gap is formed between adjacent metal plates or foil materials. As the metal plate or foil material 10 to be used, for example, as shown in FIG.
It is preferable to form the corrugations or irregularities regularly and periodically. The undulations 11 whose cross-sectional shape is periodically changed in the wavefront direction can also be attached to each corrugation or unevenness. Through-holes 12 are formed at appropriate places such as peaks, valleys, and middles of the corrugations or irregularities, and yoke-like protrusions or burrs 13 are formed on the periphery of the through-holes 12.
【0006】波形又は凹凸状に成形された金属板又は金
属箔10を重ね合わせる際、波形又は凹凸を同位相又は
逆位相の何れにしてもよい。或いは、隣接する金属板又
は金属箔10の間で、波形又は凹凸の波面方向を交差さ
せることもできる。更には、波形又は凹凸をつけた金属
板又は金属箔の間に、多数の小孔を穿ったスペーサを配
置することもできる。金属板又は箔材10を巻回する場
合、波面方向を僅かに(傾斜角5度程度)傾けると、巻
き上げた円筒状多孔体における隙間14の分布が均一化
される。この場合、金属板又は箔材10を二つ折りした
後、二重螺旋状に巻回することが好ましい。この場合に
も、同様なスペーサを挟み込むことができる。貫通孔1
2及びヨーク状突起又はバリ13は、金属板又は箔材1
0を重ね合わせるとき(図2)或いは巻き込むとき(図
3)、各金属板又は箔材10間のズレを防止し、多孔体
全体としての安定性を保持する。また、各金属板又は箔
材10間の隙間14や貫通孔12を通過する気体の移動
自由度を確保し、波形状又は凹凸形状と相俟つて気体と
の熱交換を改善する。When the metal plates or the metal foils 10 formed in a corrugated shape or a concavo-convex shape are superposed, the corrugated shape or the concavo-convex phase may be in-phase or anti-phase. Alternatively, between the adjacent metal plates or metal foils 10, the wavefront directions of the corrugations or the irregularities can be crossed. Further, a spacer having a large number of small holes may be arranged between a metal plate or a metal foil having a corrugated or uneven surface. When the metal plate or foil material 10 is wound, if the wavefront direction is slightly tilted (tilt angle of about 5 degrees), the distribution of the gaps 14 in the rolled up cylindrical porous body is made uniform. In this case, it is preferable that the metal plate or the foil material 10 is folded in two and then wound in a double spiral shape. Also in this case, similar spacers can be inserted. Through hole 1
2 and the yoke-like protrusions or burrs 13 are metal plates or foil materials 1.
When 0s are overlapped (FIG. 2) or rolled up (FIG. 3), the deviation between the metal plates or foil materials 10 is prevented, and the stability of the porous body as a whole is maintained. Further, the degree of freedom of movement of the gas passing through the gaps 14 between the metal plates or the foil members 10 and the through holes 12 is secured, and the heat exchange with the gas is improved in combination with the wave shape or the uneven shape.
【0007】[0007]
【作用】金属板又は箔材を積層(図2)又は巻回(図
3)した多孔体は、次のようにバーナ火口として使用さ
れ、火炎を安定にすると共にガスを完全燃焼させる。予
混合されたガスは、多孔体を通って点火される。点火初
期に供給される混合ガスは、ガスを過剰にすることによ
りバーナ上部で通常の燃焼をする。その後、ガス量を徐
々に減少させて空気が過剰な希薄ガスにすると、火炎が
後退する。火炎の後退によって多孔体の火炎側が加熱さ
れ、ついには火炎が消失し、多孔体の内部でガスが燃焼
するようになる。セラミック等の従来の直線孔をもつ多
孔質体を火口を使用する場合、火炎は、この状態では不
安定になり、立ち消えする。これに対し、本発明に従っ
た多孔体を使用する場合、ガスは、実施例でも示されて
いるように、多孔体の中で安定的に継続燃焼する。The porous body obtained by laminating (FIG. 2) or winding (FIG. 3) metal plates or foils is used as a burner crater as described below to stabilize the flame and completely burn gas. The premixed gas is ignited through the porous body. The mixed gas supplied at the beginning of ignition burns normally in the upper part of the burner by making the gas excess. After that, when the amount of gas is gradually reduced to a lean gas with excess air, the flame retreats. As the flame recedes, the flame side of the porous body is heated, and finally the flame disappears, and the gas burns inside the porous body. When using a crater with a conventional porous body with straight holes, such as ceramic, the flame becomes unstable in this state and extinguishes. On the other hand, when the porous body according to the present invention is used, the gas continuously burns in the porous body in a stable manner as shown in the examples.
【0008】内部でガスが継続燃焼している多孔体は、
高温に赤熱されており、上側部分から輻射熱が調理器具
等に放散される。したがって、この多孔体を火口として
使用したバーナでは、火炎が風によって消えたり、ガス
量を絞ることによって立ち消えたりすることがなく、し
かも輻射熱により調理器具等が効率よく加熱される。ま
た、燃焼中の多孔体上部に金属メッシュ等を設置する
と、燃焼が更に安定化する。多孔体中の安定燃焼は、本
発明に従った多孔体の特性に由来する。そのため、特別
に触媒等を必要とせず、安価で耐久性に優れ、ガス燃焼
量の調整範囲及び加熱面が広いバーナ火口を実現でき
る。しかも、洗浄によって、当初の清潔な状態に復帰さ
せることができる。また、金属板又は箔材10の材質に
よっては、たとえばNi,Ni合金のように材料自体が
触媒作用を呈し、多孔体内部での燃焼が安定化する。The porous body in which the gas is continuously burned is
It is red-hot at a high temperature, and radiant heat is dissipated from the upper part to cooking utensils. Therefore, in the burner using this porous body as a crater, the flame is not extinguished by the wind and does not disappear by squeezing the amount of gas, and the radiant heat efficiently heats the cooking utensils and the like. Further, when a metal mesh or the like is installed on the upper part of the porous body during combustion, the combustion is further stabilized. The stable combustion in the porous body results from the properties of the porous body according to the invention. Therefore, it is possible to realize a burner crater that does not require a catalyst or the like, is inexpensive, has excellent durability, and has a wide range of adjusting gas combustion amount and a wide heating surface. Moreover, it is possible to restore the original clean state by washing. Further, depending on the material of the metal plate or the foil material 10, the material itself exhibits a catalytic action such as Ni and Ni alloy, and the combustion inside the porous body is stabilized.
【0009】[0009]
【実施例】 実施例1:耐熱用に合金設計された表1に示す組成をも
つ厚み100μmのステンレス鋼板を、図1に示す形状
にプレス加工した。波形のピッチを1.8mm,振幅
(波の深さ)を0.6mmとし、波形の頂部及び底部に
貫通孔12を形成し、貫通孔12の周縁に高さ0.2m
mのバリ13を付けた。波形の山部と谷部と合わせてバ
リ13を突き合わせ(図2)、30枚の箔材10を積層
した。積層された箔材10は、単に押さえておくだけで
隣り合うバリ12が互いに噛み合い(図4)、箔材10
にズレが生じることなく、安定した形状をもち且つ通気
用の貫通孔12及び隙間14が確保された多孔体が得ら
れた。Example 1 A 100 μm-thick stainless steel plate having a composition shown in Table 1 which was alloy-designed for heat resistance was pressed into the shape shown in FIG. The pitch of the corrugations is 1.8 mm, the amplitude (wave depth) is 0.6 mm, the through holes 12 are formed at the top and bottom of the corrugations, and the height of the perimeter of the through holes 12 is 0.2 m.
m burr 13 was attached. The burr 13 was butted against the peaks and valleys of the corrugation (FIG. 2), and 30 foil materials 10 were laminated. In the laminated foil materials 10, the burrs 12 adjacent to each other are engaged with each other by simply pressing them (FIG. 4), and the foil materials 10 are
A porous body having a stable shape and having the through holes 12 and the gaps 14 for ventilation was obtained without any deviation.
【0010】積層した箔材10を固定治具15(図5)
で押さえ、締付けボルト16により21mmの厚みまで
締め付けた。この状態で固定治具15と共に箔材10を
真空炉に挿入し、10-4トール以下の真空雰囲気中で1
100℃×3時間の熱処理を施した。各箔材10は、熱
処理により接触点で拡散接合され、一体的な多孔体が形
成された。得られた多孔体は、重量法で測定した開口率
が90%であった。多孔体から40mm×40mm×3
0mmのブロックを切り出した。多孔体ブロック20
を、長さ30mmの方向がガスの流れ方向となるように
燃焼器具21に組み込んだ(図6)。燃焼器具21の下
部に設けた導入口22,23からLPG及び空気をそれ
ぞれ送り込んだ。The laminated foil materials 10 are fixed to a fixing jig 15 (FIG. 5).
Then, it was tightened with a tightening bolt 16 to a thickness of 21 mm. In this state, the foil material 10 is inserted into the vacuum furnace together with the fixing jig 15, and the foil material 1 is placed in a vacuum atmosphere of 10 −4 Torr or less.
Heat treatment was performed at 100 ° C. for 3 hours. The foil members 10 were diffusion-bonded at the contact points by heat treatment to form an integral porous body. The obtained porous body had an opening ratio of 90% measured by a gravimetric method. 40 mm x 40 mm x 3 from the porous body
A 0 mm block was cut out. Porous block 20
Was incorporated into the combustion instrument 21 so that the direction of the length of 30 mm was the gas flow direction (FIG. 6). LPG and air were sent from the inlets 22 and 23 provided in the lower part of the combustion instrument 21, respectively.
【0011】 [0011]
【0012】先ず、LPG/空気の流量比を5〜10%
とし、多孔体ブロック21の上部に点火した。送り込ま
れた燃料ガスは、通常の火炎として燃焼を開始した。次
いで、徐々に空気の流量を10リットル/分程度に、L
PGの流量を0.1リットル/分程度に下げると、火炎
が後退し、最終的に多孔体ブロック21の内部に引き込
まれた。この状態では多孔体ブロック21の上面に近い
部分が赤熱され、LPGは多孔体ブロック21の内部で
安定燃焼した。また、燃料の供給を止めた後、多孔体ブ
ロック21から排出された排ガス24を分析したとこ
ろ、CO,CHn等の不完全燃焼に起因するガス成分は
検出されず、異臭の発生もなかった。First, the flow rate ratio of LPG / air is set to 5-10%.
The upper part of the porous body block 21 was ignited. The fed fuel gas started burning as a normal flame. Next, gradually increase the flow rate of air to about 10 liters / minute,
When the flow rate of PG was reduced to about 0.1 liter / minute, the flame retreated and was finally drawn into the porous block 21. In this state, the portion near the upper surface of the porous body block 21 was red-heated, and the LPG burned stably inside the porous body block 21. Further, when the exhaust gas 24 discharged from the porous block 21 was analyzed after the supply of the fuel was stopped, no gas component due to incomplete combustion such as CO and CH n was detected and no offensive odor was generated. .
【0013】実施例2:表2に示す組成をもつ幅50m
m,厚み50μmのステンレス鋼箔材を実施例1と同様
にプレス成形した箔材30を、渦巻き状に巻き込み(図
3)、外径65mm,長さ60mmのステンレス鋼パイ
プに押し込んで、円筒状の多孔体ブロックを作製した。
なお、箔材10の巻回に際しては、プレス成形した波形
の波面方向17を巻込み方向に対して5度程度傾けた
(図7)。この円筒状多孔体ブロックを、10mm程度
の厚みで外周のステンレス鋼パイプごと輪切りにし、市
販の燃焼器に取り付けて実施例1と同様に燃焼実験し
た。その結果、多孔体ブロック内部での安定燃焼及び消
火時の不完全燃焼防止が確認された。Example 2: Width of 50 m having the composition shown in Table 2
m, a thickness of 50 μm of a stainless steel foil material was press-formed in the same manner as in Example 1, and the foil material 30 was spirally wound (FIG. 3) and pressed into a stainless steel pipe having an outer diameter of 65 mm and a length of 60 mm to form a cylindrical shape. The porous body block of was produced.
When the foil material 10 was wound, the wavefront direction 17 of the corrugated press formed was inclined about 5 degrees with respect to the winding direction (FIG. 7). This cylindrical porous body block was cut into slices with a thickness of about 10 mm together with the stainless steel pipe on the outer periphery, attached to a commercially available combustor, and burned in the same manner as in Example 1. As a result, stable combustion inside the porous block and prevention of incomplete combustion during extinction were confirmed.
【0014】 [0014]
【0015】[0015]
【発明の効果】以上に説明したように、本発明のバーナ
火口は、波形又は凹凸状にプレス成形した金属板又は箔
材を積層し或いは渦巻状に巻き込んだ多孔体を使用して
いる。この多孔体は、内部で燃料を安定して継続燃焼さ
せるため、外部からの風や燃料の絞り込みによって火が
消えることがなく、輻射熱を利用して熱効率のよい加熱
装置として使用される。また、消火時にも不完全燃焼を
起こすことなく、異臭を発生しないので、厨房空間や居
住空間が快適に保たれる。しかも、金属質の多孔体であ
ることから、洗浄によって内部まで当初の清浄な状態に
でき、清潔感の高い燃焼機器が得られる。As described above, the burner crater of the present invention uses a porous body obtained by laminating or spirally winding metal plates or foil materials press-formed in a corrugated or uneven shape. Since this porous body stably and continuously burns the fuel inside, the fire is not extinguished by wind or fuel narrowing from the outside, and it is used as a heating device with good thermal efficiency by utilizing radiant heat. In addition, even if the fire is extinguished, incomplete combustion does not occur and no offensive odor is generated, so that the kitchen space and living space are kept comfortable. In addition, since it is a metallic porous body, the inside can be made to be in an initially clean state by washing, and a combustion device with a high sense of cleanliness can be obtained.
【図1】 波形にプレス成形した金属板又は箔材FIG. 1 Metal plate or foil material press-formed into a corrugated shape
【図2】 積層した波形の金属板又は箔材FIG. 2 Laminated corrugated metal plates or foils
【図3】 渦巻状に巻き込んだ波形の金属板又は箔材FIG. 3 Corrugated metal plate or foil material wound in a spiral shape
【図4】 隣接するバリが噛み合っている積層状態の金
属板又は箔材FIG. 4 is a laminated metal plate or foil material in which adjacent burrs are engaged with each other.
【図5】 積層した金属板又は箔材を押圧する固定治具FIG. 5: Fixing jig for pressing laminated metal plates or foil materials
【図6】 燃焼器具に組み込んだ多孔体ブロックFIG. 6 Porous body block incorporated in a combustion instrument
【図7】 巻込み方向に対して波面方向を傾斜させて金
属板又は箔材を渦巻状に巻き込むことを説明する図FIG. 7 is a diagram for explaining that the metal plate or foil material is wound in a spiral shape with the wavefront direction being inclined with respect to the winding direction.
10:金属板又は箔材 11:ウネリ 12:貫通
孔 13:バリ 14:隙間 15:固定治具 16:締付けボルト
17:波面方向 20:多孔体ブロック 21:燃焼器具 22:燃
料導入口 23:空気導入口 24:排ガス10: Metal plate or foil material 11: Unwell 12: Through hole 13: Burr 14: Gap 15: Fixing jig 16: Tightening bolt 17: Wave front direction 20: Porous body block 21: Combustion appliance 22: Fuel inlet 23: Air Inlet port 24: Exhaust gas
フロントページの続き (72)発明者 小原 伸介 京都府京都市伏見区横大路千両松町67 小 原金属工業株式会社内Continuation of the front page (72) Inventor Shinsuke Obara 67 Ryojioji Senryomatsucho, Yokooji, Fushimi-ku, Kyoto City, Kyoto Prefecture Ohara Metal Industry Co., Ltd.
Claims (2)
にバリが形成された貫通孔を波形又は凹凸状の山部又は
谷部に穿設した複数の金属板又は箔材を、隣接するバリ
を互いに噛み合わせて積層し、且つ隣接する金属板又は
箔材の間に通気用の隙間をもたせたガスバーナ用火口。1. A plurality of metal plates or foils, which are press-molded in a corrugated or concavo-convex shape and have through-holes formed with burrs on the peripheral edge in corrugated or concavo-convex peaks or valleys, are formed adjacent to each other. A crater for a gas burner in which the above are intermeshed with each other, and a gap for ventilation is provided between adjacent metal plates or foil materials.
にバリが形成された貫通孔を波形又は凹凸状の山部又は
谷部に穿設した金属板又は箔材を渦巻き状に巻き込み、
金属板又は箔材の間に通気用の隙間を設けたガスバーナ
用火口。2. A metal plate or foil material, which is press-formed in a corrugated or concave-convex shape and has through-holes formed with burrs on its peripheral edge, is formed in the corrugated or concave-convex peaks or valleys in a spiral shape,
A crater for a gas burner with a gap for ventilation between metal plates or foils.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP34921695A JP3532336B2 (en) | 1995-12-19 | 1995-12-19 | Gas burner crater |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP34921695A JP3532336B2 (en) | 1995-12-19 | 1995-12-19 | Gas burner crater |
Publications (2)
Publication Number | Publication Date |
---|---|
JPH09170725A true JPH09170725A (en) | 1997-06-30 |
JP3532336B2 JP3532336B2 (en) | 2004-05-31 |
Family
ID=18402270
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Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP34921695A Expired - Fee Related JP3532336B2 (en) | 1995-12-19 | 1995-12-19 | Gas burner crater |
Country Status (1)
Country | Link |
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JP (1) | JP3532336B2 (en) |
Cited By (7)
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US6428312B1 (en) * | 2000-05-10 | 2002-08-06 | Lochinvar Corporation | Resonance free burner |
CN100338394C (en) * | 2005-06-23 | 2007-09-19 | 罗添翼 | Infrared metal honeycomb burner used on gas burning range and its producing method |
WO2012065582A3 (en) * | 2010-11-16 | 2012-11-08 | Ulrich Dreizler | Combustion method with cool flame base |
CN102798123A (en) * | 2011-05-26 | 2012-11-28 | 中山炫能燃气科技股份有限公司 | Infrared metal heating body and manufacturing method thereof |
WO2018132163A1 (en) * | 2017-01-11 | 2018-07-19 | A. O. Smith Corporation | Reduced resonance burner |
JP2020063868A (en) * | 2018-10-16 | 2020-04-23 | 東京瓦斯株式会社 | Surface combustion burner |
WO2020254040A1 (en) * | 2019-06-20 | 2020-12-24 | International Business Machines Corporation | Thermalization structure for devices cooled to cryogenic temperature |
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CN102226523A (en) * | 2011-05-26 | 2011-10-26 | 李长江 | Metal honeycomb energy-gathering air-saving burner for gas stove |
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1995
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Cited By (11)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US6428312B1 (en) * | 2000-05-10 | 2002-08-06 | Lochinvar Corporation | Resonance free burner |
CN100338394C (en) * | 2005-06-23 | 2007-09-19 | 罗添翼 | Infrared metal honeycomb burner used on gas burning range and its producing method |
WO2012065582A3 (en) * | 2010-11-16 | 2012-11-08 | Ulrich Dreizler | Combustion method with cool flame base |
US9360210B2 (en) | 2010-11-16 | 2016-06-07 | Ulrich Dreizler | Combustion method with cool flame base |
CN102798123A (en) * | 2011-05-26 | 2012-11-28 | 中山炫能燃气科技股份有限公司 | Infrared metal heating body and manufacturing method thereof |
JP2014517244A (en) * | 2011-05-26 | 2014-07-17 | エックス・アンド・エヌ・(チョンシャン)・ガス・テクノロジー・ストック・カンパニー・リミテッド | Infrared metal heating element and manufacturing method thereof |
EP2716979A4 (en) * | 2011-05-26 | 2015-07-29 | X & N Zhongshan Gas Technology Stock Co Ltd | Infrared metal heating body and production method thereof |
WO2018132163A1 (en) * | 2017-01-11 | 2018-07-19 | A. O. Smith Corporation | Reduced resonance burner |
US11378273B2 (en) | 2017-01-11 | 2022-07-05 | A. O. Smith Corporation | Reduced resonance burner |
JP2020063868A (en) * | 2018-10-16 | 2020-04-23 | 東京瓦斯株式会社 | Surface combustion burner |
WO2020254040A1 (en) * | 2019-06-20 | 2020-12-24 | International Business Machines Corporation | Thermalization structure for devices cooled to cryogenic temperature |
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