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    • 1. 发明授权
    • Fuel gasifying burner
    • 燃油气化炉
    • US4813865A
    • 1989-03-21
    • US146666
    • 1988-01-21
    • Kingo Miyahara
    • Kingo Miyahara
    • F23D11/08F23D11/04
    • 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.
    • 一种燃料气化燃烧器,包括限定在燃烧气缸的底壁和形成有气化燃料吹出口的燃烧板之间的气室。 多个通气管延伸穿过气室,用于使空气吹送室与在气室和可旋转地布置在燃烧气缸内的燃料气化构件之间限定的环形空气喷射通道连通。 布置在通风管和气化燃料吹出口之间的第一和第二混合促进缸彼此间隔开,以限定来自燃料气化构件的气化燃料 - 空气混合物流入气室的窄弯曲通道。 在第一搅拌促进缸和燃烧筒的底壁之间限定具有径向外周封闭端的扁平气体流入室。 减速环从燃烧筒的周壁向径向向内延伸到第二混合促进缸的径向向外延伸的壁。 来自弯曲通道的混合物撞击减速环。
    • 2. 发明授权
    • Evaporation burner
    • 蒸发燃烧器
    • US4551089A
    • 1985-11-05
    • US635582
    • 1984-07-30
    • Kingo Miyahara
    • Kingo Miyahara
    • F23C9/00F23D11/44
    • F23C9/00F23D11/443
    • An evaporation burner comprises a burning unit having a hollow gas chamber therein and burning plates on its surface, a gas generating chamber through which a preheat burning flame may flow, an inlet window through which the preheat burning flame within the gas generating chamber may flow into the burning unit, and recirculation windows through which apart of the preheat burning flame entering into the burning unit may be recirculated back to the gas generating chamber. The gas generating chamber is located adjacent to the burning unit and substantially along the centerline of the burning unit. The burning unit and the gas generating chamber are communicated to each other. The recirculation windows are adjusted to vary their closing/opening degree, as desired, by an opening/closing damper.
    • 一种蒸发燃烧器包括一个具有中空气体室的燃烧单元及其表面上的燃烧板,预热燃烧火焰可流过的气体发生室,气体发生室内的预热燃烧火焰可通过该入口窗口流入 燃烧单元以及进入燃烧单元的预热燃烧火焰的另外的再循环窗可以再循环回到气体发生室。 气体发生室位于燃烧单元附近并且基本上沿着燃烧单元的中心线。 燃烧单元和气体发生室彼此连通。 根据需要,通过打开/关闭阻尼器调节再循环窗口以改变其关闭/打开程度。
    • 3. 发明授权
    • Apparatus for producing prepared foods by electrical conduction
    • 用于通过导电制备准备好的食物的装置
    • US5279213A
    • 1994-01-18
    • US747866
    • 1991-08-20
    • Kingo Miyahara
    • Kingo Miyahara
    • A47J36/24H05B1/00
    • A47J36/2483
    • An apparatus for producing prepared food by electrical conduction comprising: a processing container for electrical conduction having an opened top, a pair of electrodes mounted on both inner sides of the processing container, one ends of said electrodes extending to the outside so that a contact part is formed; a base to which said processing container may be detachably disposed; a control box for electrical conduction, mounted on one side of said base, provided with a transmission part adapted to be in contact with said contact part of the processing container so that electricity transmits to said electrodes; an operating arm vertically pivoted to the top of said control box; a lid disposed on the end of said operating arm and covering the open top of said processing container; and a temperature sensor fitted up with the tip of said operating arm and sensing a temperature of said processing container.
    • 一种用于通过导电制备食品的设备,包括:具有开口顶部的导电处理容器,安装在处理容器两侧的一对电极,所述电极的一端延伸到外部,使得接触部分 形成了; 所述处理容器可以可拆卸地设置的基座; 安装在所述基座的一侧上的用于导电的控制箱,设置有适于与所述处理容器的所述接触部分接触的传输部分,从而电力透过所述电极; 操纵臂垂直地枢转到所述控制箱的顶部; 设置在所述操作臂的端部并覆盖所述处理容器的开口顶部的盖子; 以及安装有所述操作臂的尖端并感测所述处理容器的温度的温度传感器。
    • 4. 发明授权
    • Liquid fuel gasifying burner
    • 液体燃料气化燃烧器
    • US4386905A
    • 1983-06-07
    • US217907
    • 1980-12-18
    • Kingo Miyahara
    • Kingo Miyahara
    • F23D11/04F23D11/08
    • F23D11/08
    • A liquid fuel gasifying burner including an inner gasifying member connected to a rotary gasifying member of the frustoconical shape so that the two members can rotate as a unit. The inner gasifying member is formed with an air port in the central portion of its upper end and open at its lower end, and the rotary gasifying member is closed at its upper end and open at its base and rotatably mounted in a combustion cylinder open at its upper end and formed with an air blowing chamber in the central portion of its bottom. A fuel-air mixture passage is defined between the outer circumferential surface of the inner gasifying member and the inner circumferential surface of the rotary gasifying member, and a liquid fuel spreading surface having a liquid fuel scattering portion at its outer periphery is formed on the upper end of the inner gasifying member. A liquid fuel feed line opens at its forward end close to the liquid fuel spreading surface. The burner has a larger liquid fuel spreading surface, a larger atomized liquid fuel gasifying surface and a longer fuel-air passage than the prior art, to achieve complete combustion by producing a homogeneous mixture of gasified fuel and air. The liquid fuel spreading surface may be stepped.
    • 一种液体燃料气化燃烧器,包括连接到截头圆锥形状的旋转气化构件的内部气化构件,使得两个构件可以作为一个单元旋转。 内部气化构件在其上端的中心部分形成有空气口并在其下端开口,并且旋转气化构件在其上端处封闭并且在其底部开口并且可旋转地安装在燃烧室中, 其上端在其底部的中心部分形成有一个吹气室。 在内部气化构件的外周面和旋转气化构件的内周面之间限定燃料空气混合通道,并且在其外周形成有具有液体燃料散射部分的液体燃料扩散表面 内部气化构件的端部。 液体燃料供给管线在其靠近液体燃料扩散表面的前端开口。 燃烧器具有比现有技术更大的液体燃料扩散表面,较大的雾化液体燃料气化表面和较长的燃料空气通道,以通过产生气化燃料和空气的均匀混合物来实现完全燃烧。 液体燃料扩散面可以是台阶状的。
    • 5. 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
    • US4247282A
    • 1981-01-27
    • US41818
    • 1979-05-23
    • Kingo Miyahara
    • Kingo Miyahara
    • F23D11/00F23D11/06F23D11/04
    • F23D11/06F23D11/005
    • A liquid fuel burner for burning liquid fuel in gasified form including a cylindrical main body having a flame blowoff nozzle and an inner bottom wall at opposite ends, a gas chamber, a combustion plate formed with a multitude of gasified fuel blowing openings, a fuel gasifying member, a fuel diffusing member, an air supply duct, a fuel supply line, an air ejection chamber and a rotary shaft supporting the fuel gasifying member and fuel diffusing member for rotation within the cylindrical main body. An annular wall is secured to and extends inwardly from the inner wall surface of the combustion plate in a position nearer to the inner bottom wall than the gasified fuel blowing openings, and a liquefied fuel flow preventing plate is secured at one end to the inner wall surface of the cylindrical main body in a position near to the flame blowoff nozzle and free at the other end to define a liquefied fuel sump between the inner wall surface of the main body and the liquefied fuel flow preventing plate. The fuel diffusing member is formed at its base with ventilating windows for permitting air to flow therethrough. The fuel supply line has a forward end disposed close to the outer circumferential surface of the fuel diffusing member and spaced apart therefrom by a multiple-dimension fuel supply gap.
    • 一种用于燃烧气化形式的液体燃料的液体燃料燃烧器,包括具有火焰吹出喷嘴的圆筒形主体和相对两端的内底壁,气室,形成有多个气化燃料吹入口的燃烧板,燃料气化 构件,燃料扩散构件,供气管道,燃料供应管线,空气喷射室和支撑燃料气化构件的旋转轴和用于在圆筒形主体内旋转的燃料扩散构件。 一个环形壁固定在燃烧板的内壁表面上并且在气化的燃料喷射开口的更靠近内底壁的位置处向内延伸,并且液化的燃料流阻板在一端固定在内壁上 圆柱形主体的表面在靠近火焰吹出喷嘴的位置处,并且在另一端处自由以在主体的内壁表面和液化燃料流防止板之间限定液化燃料油槽。 燃料扩散构件在其底部形成有用于允许空气流过其中的通风窗口。 燃料供给管线具有靠近燃料扩散部件的外周面设置的前端,并且通过多维燃料供给间隙与燃料供给管路间隔开。
    • 6. 发明授权
    • Burner for burning liquid fuel in gasified form
    • 用于燃烧气化燃料的燃烧器
    • US4022567A
    • 1977-05-10
    • US641761
    • 1975-12-17
    • Kingo Miyahara
    • Kingo Miyahara
    • F23D11/04
    • F23D11/04
    • A burner wherein a fuel gasifying member is rotatably mounted in a main body of the burner made of a thin metallic material and receiving an air supply duct inserted through one side, a gasified fuel-air mixing plate for scattering the liquid fuel in atomized particles into said main body is integrally mounted on said fuel gasifying member and a gas wall plate connected at one end to the air supply duct is provided, a swirlingly flowing air film of air blast in the main body of the burner is forcedly circulated to cool said main body from said air supply duct through an air supply opening and along the inner wall surface of said main body, an air shielding wall for preventing the stream of air blast from directly impinging on said main body is disposed in said main body, a combustion plate provided therein with a multitude of gasified fuel blowing openings is disposed in said main body so as to define an annular gasified fuel blowing passageway, an ignition facilitating device is disposed inside of said combustion plate, a hollow conical fuel diffusing member is detachably attached to the inner surface of a fuel gasifying member, a bowl-shaped fuel receiving tray is non-rotatably provided around said fuel diffusing member, and a fuel flow-down plate is provided in sliding contact with said fuel diffusing member. By virtue of the arrangement described above, the burner can achieve a heating effect of high combustion temperature with a lower fuel consumption rate and a longer service life of components.
    • 一种燃烧器,其中燃料气化构件可旋转地安装在由薄金属材料制成的燃烧器的主体中并且接收通过一侧插入的空气供给管,气化的燃料 - 空气混合板,用于将雾化的颗粒中的液体燃料散射成 所述主体一体地安装在所述燃料气化构件上,并且设置在一端连接到供气管道的气壁板,在所述燃烧器主体中的旋转流动的鼓风空气薄膜被强制循环以冷却所述主体 主体通过供气口和所述主体的内壁表面从所述空气供应管道排出,用于防止空气流直接撞击在所述主体上的空气屏蔽壁设置在所述主体中,燃烧板 在其中设置有多个气化燃料吹扫开口,以便限定一个环形的气化燃料吹送通道,点火促进装置 在所述燃烧板的内部,中空的锥形燃料扩散构件可拆卸地附接到燃料气化构件的内表面,碗形燃料容纳盘不可旋转地设置在所述燃料扩散构件周围,并且燃料流下 板与所述燃料扩散构件滑动接触地设置。 通过上述结构,燃烧器能够以较低的燃料消耗率和较长的使用寿命实现燃烧温度高的加热效果。
    • 9. 发明授权
    • Liquid fuel burner
    • 液体燃料燃烧器
    • US3982880A
    • 1976-09-28
    • US566225
    • 1975-04-09
    • Kingo Miyahara
    • Kingo Miyahara
    • F23D11/10F23D11/00F23D11/04F23D11/06
    • F23D11/04F23D11/005F23D11/008
    • In a liquid fuel burner wherein a fuel gasifying member is directly supported by a rotary shaft inserted in a main body of the burner for converting liquid fuel into gasified form, a water evaporation chamber of the annular shape is arranged at the corner of a top portion of the fuel gasifying member and filled therein with a water evaporation promoting material. Water is supplied to the water evaporation chamber and quickly converted into water vapor which is ejected into the fuel gasifying member through steam ejection apertures formed in the water evaporation chamber as the fuel gasifying member is rotated and performs the liquid fuel gasifying function, and the gasified fuel and water vapor form a mixture with air supplied under pressure, the mixture being ejected into the main body of the burner to sustain combustion of liquid fuel in gasified form, so that the consumption of thermal energy can be reduced by using water as part of the liquid fuel. Steam ejection apertures may also be formed in an outer wall of the water evaporation chamber to cause excess water vapor to be ejected therethrough into the main body of the burner where it burns with the flames of combustion of gasified fuel. The fuel gasifying member may include formed integrally therewith a skirt disposed at its bottom portion which is formed therein with gas ejection slits and which includes a lower portion received in a gas accumulation chamber formed in the main body of the burner to define a gasified fuel-air mixture passageway between the skirt and the gas accumulation chamber, the main body having a cold air passageway formed in its outer peripheral portion. Thus, a mixture of gasified fuel, water vapor and air can be ejected through the gasified fuel-air mixture passageway and the ejection slits to sustain combustion in a large area.
    • 在液体燃料燃烧器中,燃料气化构件由插入在燃烧器主体中的旋转轴直接支撑,用于将液体燃料转化为气化形式,将环形的水蒸发室设置在顶部的角部 的燃料气化构件并填充有水蒸发促进材料。 水被供给到水蒸发室,并迅速转化成水蒸汽,其通过在燃料气化构件旋转时形成在水蒸发室中的蒸汽喷射孔喷射到燃料气化构件中,并执行液化燃料气化功能,并且气化 燃料和水蒸气与加压下供应的空气形成混合物,混合物被喷射到燃烧器的主体中以维持气化燃料的液体燃料的燃烧,从而可以通过使用水作为一部分来减少热能的消耗 液体燃料。 也可以在水蒸发室的外壁中形成蒸汽喷射孔,以使多余的水蒸汽从其中喷射到燃烧器的主体中,在燃烧器的主体中燃烧气化燃料的燃烧。 燃料气化构件可以包括一体地形成在其底部设置的裙部,其在其中形成有气体喷射狭缝,并且包括容纳在形成在燃烧器的主体中的气体积聚室中的下部,以限定气化的燃料 - 空气混合物通道在裙部和气体积聚室之间,主体具有形成在其外周部分中的冷气通道。 因此,气化燃料,水蒸气和空气的混合物可以通过气化的燃料 - 空气混合物通道和喷射狭缝喷射以在大面积上维持燃烧。
    • 10. 发明授权
    • Handle for opening and closing a door
    • 打开和关闭门的手柄
    • US3960396A
    • 1976-06-01
    • US504978
    • 1974-09-11
    • Kingo Miyahara
    • Kingo Miyahara
    • E05B1/00E05C21/00
    • E05B1/0053Y10S16/30Y10S292/02Y10T16/458Y10T16/476Y10T292/82Y10T74/20864
    • A handle comprising a main body, a mounting seat formed integrally with the main body and disposed on the top thereof, and an adhesive tape coated with a bonding agent on both the upper surface and the underside. The mounting seat is soft and has a concave surface, so that the handle can be readily and positively affixed to the outer periphery of an existing doorknob by forcing the mounting seat thereagainst and clamping the same thereto after the adhesive tape is adhesively attached to the concave surface the mounting seat. The main body is flat in shape and has a rear edge which is inclined such that the main body is spaced apart a greater distance from the door in going downwardly from the top. A protuberance may be formed at the lowermost end of the inclined rear edge of the main body to form a finger holder.
    • 手柄,其包括主体,与主体一体地设置并且设置在其顶部上的安装座和在上表面和下侧上涂覆有粘合剂的粘合带。 安装座是柔软的并且具有凹面,使得手柄能够容易且积极地固定在现有的门把手的外周边上,通过在将粘合带粘附到凹部上之后迫使其安装座并将其夹紧在其上 表面安装座椅。 主体是平坦的形状,并且具有一个倾斜的后边缘,使得主体与顶部间隔开距离门较大的距离。 突起可以形成在主体的倾斜后边缘的最下端,以形成手指保持器。