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    • 7. 发明授权
    • Air delivery system for an impingement food preparation oven
    • 用于冲击食物制备炉的空气输送系统
    • US4626661A
    • 1986-12-02
    • US601642
    • 1984-04-16
    • Mitchell C. Henke
    • Mitchell C. Henke
    • A21B1/24A47J39/00F24C15/32F27D7/04F27B9/10
    • A21B1/245F27D7/04
    • An improved air delivery system is provided for an impingement food preparation oven including a plurality of air ducts disposed in a cooking chamber, a plenum connected to the air ducts, and a scoop-type fan disposed in a backwall opening of the plenum to provide a flow of heated air smoothly and uniformly through the plenum into the air ducts. The fan device includes a plurality of tear-drop shaped blades, wherein each blade has a leading edge portion that tapers to a point in the direction of rotation and a trailing row portion at a given pitch angle for forcibly moving the flow of air in an axial direction toward the plenum front wall. The plenum front wall has a plurality of openings connected to the duct members, and a multi-tapering surface tapering from the front wall openings inwardly of the plenum toward the fan, whereby the axially directed flow of heated air from the fan is smoothly and uniformly directed by the multi-tapering surface to the plurality of air ducts, thereby providing a uniform cooking temperature in the cooking chamber.
    • 提供了一种改进的空气输送系统,用于冲击食物制备箱,其包括设置在烹饪室中的多个空气管道,连接到空气管道的增压室和设置在增压室的后壁开口中的勺式风扇, 加热空气的流动平稳而均匀地通过气室进入空气管道。 风扇装置包括多个泪滴形状的叶片,其中每个叶片具有朝向旋转方向的一点倾斜的前缘部分和以给定桨距角的后排部分,用于强制地将空气流动在 轴向朝向集气室前壁。 增压室前壁具有连接到管道构件的多个开口,并且从前壁逐渐变细的多锥形表面朝向风扇向内开口,从而来自风扇的加热空气的轴向流动平滑且均匀 由多个锥形表面引导到多个空气管道,从而在烹饪室中提供均匀的烹饪温度。
    • 9. 发明授权
    • Hot well and method of heating
    • 热井和加热方法
    • US4024377A
    • 1977-05-17
    • US612258
    • 1975-09-10
    • Mitchell C. Henke
    • Mitchell C. Henke
    • A47J27/00F27D11/02
    • A47J27/004Y10T29/49083
    • A hot well, especially for food, and a method of heating the well in which an electric heating element is supported beneath the bottom of the well while a heat sink in the form of a U-shaped member formed of a highly heat conductive metal, such as aluminum, is fitted over the well from below. The U-shaped member has a bottom part beneath the heating element and side parts which are parallel to and in intimate heat exchange relation with the sides of the well. Energization of the heating element directly heats the bottom of the well, principally by radiation directly from the heater and by radiation reflected from the bottom part of the U-shaped member. The bottom part of the U-shaped member also absorbs heat from the heating element and, by conduction upwardly along the side parts of the U-shaped member, heat is also supplied to the sides of the well.
    • 特别是用于食品的热井,以及加热井的方法,其中电加热元件支撑在井的底部下方,而由U形构件形成的散热器由高导热性金属形成, 例如铝,从下面安装在井上。 U形构件具有在加热元件下方的底部部分和与井的两侧平行并与其两侧热交换关系的侧部。 加热元件的通电直接加热井的底部,主要是直接从加热器的辐射和从U形部件的底部反射的辐射。 U形部件的底部也从加热元件吸收热量,并且沿着U形部件的侧部向上传导,也向井的两侧供应热量。