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    • 32. 发明授权
    • Crop dehydrator and method
    • 作业脱水器和方法
    • US3749382A
    • 1973-07-31
    • US3749382D
    • 1971-04-19
    • THOMPSON S
    • THOMPSON S
    • F26B17/10F27B7/00
    • F26B17/106
    • A method and apparatus for dehydrating agricultural crops utilizes the product gases from the combustible dryer fuel as the medium for pneumatically conveying the crop through the drying zone. A horizontally disposed drying drum has an inlet at one end and an outlet at the opposite end. The inlet communicates with the fuel source and the outlet is coupled with a cyclone separator for removing the dried crop from the conveying medium. Structure disposed at the top of the separator returns the combustion gases to the drying drum. A blower fan at the outlet end of the drum assures a continuous flow of gases and fresh air throughout the apparatus. By utilizing the combustion gases as the conveying medium, the oxygen content within the drum is reduced and the combustion of foreign contaminants and dry, thin, particles of the crop is minimized.
    • 用于使农作物脱水的方法和装置利用来自可燃干燥器燃料的产物气体作为用于气流地输送作物通过干燥区的介质。 水平布置的干燥滚筒在一端具有入口,在相对端具有出口。 入口与燃料源连通,出口与旋风分离器结合,用于从输送介质中除去干燥的作物。 设置在分离器顶部的结构将燃烧气体返回到干燥鼓。 滚筒出口端的鼓风机确保了整个设备中气体和新鲜空气的连续流动。 通过利用燃烧气体作为传送介质,减小了滚筒内的氧含量,并使作物的外来杂质和干燥,薄的颗粒的燃烧最小化。
    • 33. 发明授权
    • Apparatus and method for dehydrating wet particulate matter and for disposing of waste products therefrom
    • 脱水湿颗粒物及其废弃物的处理设备及方法
    • US3738796A
    • 1973-06-12
    • US3738796D
    • 1971-09-15
    • ARNOLD W
    • ARNOLD W
    • F26B17/10F26B7/00F27B7/00
    • F26B17/106
    • Apparatus and method for two-stage dehydration of wet particulate matter (such as green forage chops) and disposition of waste products produced during the second stage of dehydration, such as gases, smoke and charred particles, comprise: a first furnace for firing a first dryer in which the chops are partially dried; a first dryer fan for drawing the chops through the first dryer and for disposing of hot moist air; a second furnace for firing a second dryer in which the chops are finally dried and wherein the waste products are produced, the second dryer having a smaller air-handling capacity than the first dryer; transfer means for delivering the partially-dried chops from the first dryer to the second dryer and including either a first cyclone separator connected to the first dryer fan or a material discharge hood disposed between the first dryer and the first dryer fan and a conveyor connected to the discharge hood; a second dryer fan for drawing the chops through the second dryer; a second cyclone separator connected to the second dryer fan for separating the finally-dried chops from the aforesaid waste products; and means, including a conduit and booster fan, for delivering the aforesaid waste products from the second cyclone separator to the first furnace wherein they are consumed.
    • 35. 发明授权
    • Tubular rotary cooler
    • 管状旋转冷却器
    • US3604125A
    • 1971-09-14
    • US3604125D
    • 1969-11-19
    • ALLIS CHALMERS MFG CO
    • BAXA EDWARD H
    • F27B7/00F27B7/40F27B7/38
    • F27B7/40F27B7/00
    • A rotary kiln and cooler installation is disclosed, including a generally horizontal rotary kiln, a drive engaging the kiln for turning the kiln about its central axis, and a rotary cooler. The cooler assembly includes a material receiving and distributing drum having a cylindrical shell and first and second end walls. The first end wall is an annular wall defining a central material receiving opening. The second end wall defines a plurality of material discharge ports arcuately spaced from each other and arranged in close proximity to the cylindrical shell. A cluster of material cooling tubes, with one of the tubes being connected to each other of the ports in the second end wall of the drum, are arranged to be parallel to each other and the cylindrical shell of the drum. The tubes each have a discharge opening on an end thereof remote from said drum. Support means engage the assembly for carrying the drum and tubes for rotation about a central axis passing through the drum and cluster of tubes and the assembly is supported with the central axis sloped downwardly from the drum toward the tube discharge openings. Drive means engage the cooler assembly for turning the drum and cluster of tubes around the central axis at a rate independent of the rotation of the kiln and the material is distributed from the drum into the cooling tubes.