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    • 1. 发明授权
    • Liquid fuel burner
    • 液体燃料燃烧器
    • US3874840A
    • 1975-04-01
    • US46954374
    • 1974-05-13
    • DOWA CO
    • MIYAHARA KINGO
    • F23D11/06F23D11/04
    • F23D11/04
    • A liquid fuel burner provided with means for preventing overheating of an inner bottom wall of a main body, such means comprising an air ejection chamber interposed between an open end of a rotatable fuel gasifying member and a central opening of a gas chamber formed along an inner peripheral surface of the main body, and a cold air ejection gap formed between an outer peripheral portion of the open end of the fuel gasifying member and the air ejection chamber. Cold air is vigorously ejected from the air ejection chamber through the cold air ejection gap into the interior of the main body serving as a combustion chamber when liquid fuel is supplied to the rotatable fuel gasifying member and the combustion of fuel is started, so as to form an air curtain above the inner bottom wall to intercept the flames of combustion. An annular member is mounted at the outer peripheral portion of the open end of the fuel gasifying member and spaced apart therefrom by an atomized fuel blowing gap through which atomized fuel particles are ejected into the interior of the main body to ensure that liquid fuel in atomized particles is ejected through the fuel blowing gap. The cold air ejection gap may be formed in the air ejection chamber in a position disposed nearer to the inner bottom wall, so that the air curtain can be formed directly on the inner bottom wall.
    • 一种液体燃料燃烧器,其设置有用于防止主体内底壁过热的装置,这种装置包括设置在可旋转燃料气化构件的开口端和沿内部形成的气室的中心开口之间的空气喷射室 主体的外周面和形成在燃料气化构件的开口端的外周部与空气喷射室之间的冷气喷射间隙。 当液体燃料被供应到可旋转燃料气化构件并且燃料燃烧开始时,冷空气通过冷气喷射间隙被大力地从空气喷射室喷射到用作燃烧室的主体的内部,从而 在内底壁上方形成一个空气幕,以拦截燃烧的火焰。 环形构件安装在燃料气化构件的开口端的外周部分并且通过雾化的燃料吹送间隙与其间隔开,雾化的燃料颗粒通过其被喷射到主体的内部,以确保雾化的液体燃料 颗粒通过燃料喷射间隙喷射。 冷气喷射间隙可以在空气喷射室中形成在靠近内底壁的位置,使得气帘可以直接形成在内底壁上。
    • 2. 发明授权
    • Liquid fuel burner for burning liquid fuel in gasified form
    • 用于燃烧气化燃料的液体燃料燃烧器
    • US3890086A
    • 1975-06-17
    • US49902674
    • 1974-08-20
    • DOWA CO
    • MIYAHARA KINGO
    • F23D11/04
    • F23D11/04
    • A liquid fuel burner in which a fuel gasifying member is mounted for rotation on the rotary shaft extending into the main body of the burner which is formed with a gas chamber along its inner periphery by mounting a combustion plate and an inner bottom wall therealong. The fuel gasifying member is formed with an open end through which the fuel gasifying member communicates with the gas chamber, and a fuel supply member is mounted at the forward end portion of the rotary shaft to be disposed within the fuel gasifying member and in spaced juxtaposed relation to the substantially central portion of the inner surface of the closed end of the fuel gasifying member which is formed on its wall with a plurality of offset portions for promoting diffusion of liquid fuel by forming a perfect film on its wall. The gas chamber is formed in a suitable position with a narrowed portion to increase the rate of movement of gasified fuel therethrough, and at its forward end portion with a gas reservoir to ensure blowing of the gasified fuel in equal volumes through all the gasified fuel blowing openings formed in the combustion plate. A liquid fuel combustion initiation ignition plug and a gasified fuel combustion initiation ignition plug are provided separately and independently of each other, so that the initial state of combustion of the atomized liquid fuel can be automatically switched to the state of combustion of gasified fuel for sustained combustion of the gasified fuel.
    • 一种液体燃料燃烧器,其中燃料气化构件安装成在旋转轴上旋转延伸到燃烧器的主体中,燃烧器的主体沿其内周形成有气体室,通过安装燃烧板和内部底壁。 燃料气化构件形成有燃料气化构件与气室连通的开口端,并且燃料供给构件安装在旋转轴的前端部,以设置在燃料气化构件内并且间隔开并置 与在其壁上形成有多个偏移部分的燃料气化构件的封闭端的内表面的大致中心部分相关联,用于通过在其壁上形成完美膜来促进液体燃料的扩散。 气体室形成在具有变窄部分的适当位置,以增加气化燃料的运动速度,并且在其前端部分具有气体储存器,以确保通过所有气化燃料吹送等量的气化燃料的吹送 在燃烧板中形成的开口。 液体燃料燃烧起动点火塞和气化燃料燃烧起动点火塞彼此独立地设置,使得雾化液体燃料的初始燃烧状态可以自动切换到用于持续的气化燃料的燃烧状态 气化燃料的燃烧。
    • 3. 发明授权
    • Liquid fuel burner for burning liquid fuel in gasified form
    • 用于燃烧气化燃料的液体燃料燃烧器
    • US3892518A
    • 1975-07-01
    • US49902774
    • 1974-08-20
    • DOWA CO
    • MIYAHARA KINGO
    • F23D11/04
    • F23D11/04
    • A liquid fuel burner in which a fuel gasifying member is mounted for rotation on the rotary shaft extending through the main body of the burner having a bottom wall formed therein with a recess. A gasified fuel air mixing member is mounted on the lower end portion of the fuel gasifying member to define therebetween a scattering gap. A gasified fuel blowing passageway is defined between the gasified fuel-air mixing member and the recess which cooperate to form a gasified fuel-air mixture storing chamber. Liquid fuel and air under pressure are supplied to the rotating fuel gasifying member, and atomized liquid fuel is scattered through the scattering gap and ignited to heat the fuel gasifying member from outside for promoting gasification of the liquid fuel within the fuel gasifying member. A mixture of gasified fuel and air is blown out through the gasified fuel blowing passageway to ensure that combustion of the gasified fuel in blue flames is sustained. The burner further comprises a gas chamber disposed on the marginal portion of the bottom wall and formed therein with blowing openings, a cylindrical member formed therein with blowing openings and extended from the open end portion of the fuel gasifying member, or a gasified fuel blowing and burning body disposed on the marginal portion of the bottom wall and formed therein with blowing openings, so that the flames of combustion of the gasified fuel can be blown out in a layer of substantial thickness and the force of the flames can be reduced to prevent the main body and the fuel gasifying member from damage by combustion.
    • 一种液体燃料燃烧器,其中燃料气化构件安装成在旋转轴上旋转,所述旋转轴延伸穿过其中形成有凹部的底壁的燃烧器主体。 气化燃料空气混合构件安装在燃料气化构件的下端部分上以在其间限定散射间隙。 在气化的燃料 - 空气混合构件和协作形成气化燃料 - 空气混合物储存室的凹部之间限定了气化燃料吹送通道。 液体燃料和压力下的空气被供给到旋转燃料气化构件,并且雾化的液体燃料通过散射间隙散射并点燃以从外部加热燃料气化构件,以促进燃料气化构件内的液体燃料的气化。 气化燃料和空气的混合物通过气化燃料吹送通道吹出,以确保持续蓝色火焰气化燃料的燃烧。 燃烧器还包括设置在底壁的边缘部分上并形成有吹风口的气室,其中形成有吹气口并从燃料气化构件的开口端部延伸的圆柱形构件或气化燃料吹送, 燃烧体设置在底壁的边缘部分并在其中形成有吹风孔,使得气化燃料的燃烧火焰可以以相当大的厚度吹出,并且可以减少火焰的力,以防止 主体和燃料气化构件由燃烧损坏。
    • 4. 发明授权
    • Process for producing wrapped foods
    • 生产包装食品的方法
    • US3873742A
    • 1975-03-25
    • US33098573
    • 1973-02-09
    • DOWA CO
    • MIYAHARA KINGO
    • A23L3/005A23L3/32
    • A23L3/005
    • In a process for producing a wrapped food by charging a material foodstuff into a wrapping tube, sealing the opposite ends of said wrapping tube and conducting a current through said foodstuff to ripen and sterilize said foodstuff by the Juole heat generated therein, an electrical contact member made of fibers impregnated with a salt solution having a concentration equal to or higher than that of the salt contained in said foodstuff for making the fibers electrically conductive is disposed at each end of said wrapping tube and the opposite ends of said wrapped tube are bound together with said electrical contact member in such a manner that said material is partially exposed to the outside from each end of said wrapping tube for contact with electrode plates through which the current is passed through said foodstuff.
    • 在通过将材料食品装入包装管中来生产包装食品的过程中,密封所述包装管的相对端并通过所述食品导入电流,以通过其中产生的聚碳酸酯使所述食品成熟和灭菌,电接触构件 由纤维浸渍的纤维浸渍在所述食品中含有的盐的浓度等于或高于用于制造纤维导电性的盐溶液的纤维布置在所述包装管的每一端,并且所述包裹管的相对端被结合在一起 与所述电接触构件以这样的方式,使得所述材料从所述包裹管的每个端部部分地暴露于外部,以与所述电流通过所述食品的电极板接触。
    • 5. 发明专利
    • FUEL GASIFYING BURNER
    • GB2214627B
    • 1992-05-13
    • GB8800892
    • 1988-01-15
    • DOWA CO
    • MIYAHARA KINGO
    • F23D11/00F23D11/08F23D5/04
    • A fuel gasifying burner comprising a combustion plate having peripheral and bottom combustion surfaces provided with a plurality of gasified fuel blowing openings. The combustion plate is arranged within a combustion cylinder to define therebetween peripheral and bottom gas chambers communicating with each other. A partition plate is arranged within the bottom gas chamber to divide the same into first and second chamber sections. The first chamber section has an inner peripheral open end communicating with an axial open end of a fuel gasifying member rotatably arranged within the combustion cylinder. The partition plate forms an annular flow branching channel at a location where the peripheral and bottom gas chambers communicate with each other. Gasified fuel-air mixture entering the first chamber section is divided into two mixture streams at the annular flow branching channel. One of the two mixture streams is directed toward the second chamber section, and the other mixture stream is directed toward the peripheral gas chamber.
    • 7. 发明专利
    • DE3802039A1
    • 1989-08-03
    • DE3802039
    • 1988-01-25
    • DOWA CO
    • MIYAHARA KINGO
    • F23D11/08
    • A fuel gasifying burner comprising a gas chamber defined between a bottom wall of a combustion cylinder and a combustion plate formed with gasified fuel blowing openings. A plurality of ventilation pipes extend through the gas chamber for communicating an air blowing chamber with an annular air ejection passage defined between the gas chamber and a fuel gasifying member rotatably arranged within the combustion cylinder. First and second mixing promotion cylinders arranged between the ventilation pipes and the gasified fuel blowing openings are spaced from each other to define therebetween a narrow and bent passage through which gasified fuel-air mixture from the fuel gasifying member flows into the gas chamber. A flat gas inflow chamber having a radially outward peripheral closed end is defined between the first mixing promotion cylinder and the bottom wall of the combustion cylinder. A deceleration ring extends from a peripheral wall of the combustion cylinder, radially inwardly toward a radially outwardly extnding wall of the second mixing promotion cylinder. The mixture from the bent passage impinges against the deceleration ring.
    • 9. 发明专利
    • FUEL GASIFYING BURNER
    • CA1225922A
    • 1987-08-25
    • CA441729
    • 1983-11-23
    • DOWA CO
    • MIYAHARA KINGO
    • F23D11/00F23D11/04F23D11/08F23D21/00
    • A fuel gasifying burner including a combustion cylinder, a rotary shaft extending into the combustion cylinder through its open base, a frustoconical rotary gasifying member connected to the rotary shaft and formed at a lower end of its wall with a bent portion extending outwardly and having at its peripheral end a liquid fuel scattering end, and an inner gasifying member located inside the rotary gasifying member to form a unit therewith and having connected to a lower end of its wall a fuel airmixture gas diffusing wall extending outwardly a greater distance than the bent portion of the rotary gasifying member. The inner gasifying member is formed at its forward end with an air supply opening communicated through an air passage with an air blowing chamber. An annular flame ejecting upright wall is formed contiguous with a fuelair mixture gas diffusing wall and provided at its end with a liquid fuel rescattering portion. When a fuel-air mixture gas is ejected through a gas ejecting passageway between the two gasifying members, the pressure under which the gas is ejected is reduced as the gas impinges on the flame ejecting upright wall, so that the gas can be diffused into the interior of the combustion cylinder in flames of reduced vigor.