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    • 101. 发明授权
    • Tubular heat exchange system
    • 管式换热系统
    • US5782290A
    • 1998-07-21
    • US560451
    • 1995-11-17
    • David R. Cook
    • David R. Cook
    • F28D7/10F28D7/08F28F9/00F28F19/00F28F27/02F24F5/00F28D1/04
    • F28F9/00F28D7/08F28D7/082F28D7/085F28F19/006F28F27/02
    • A tubular heat exchange systems is disclosed. An outer tube section, though which a first medium passes, also contains inner coils, through which a second medium passes. The first medium can be drawn into the outer tube at each end of the tube using pumps or fan motors. The first medium can be released from the outer tube in a way such that the operator of the system can control both the direction and flow rate of the first medium as it is propelled from the system. The first medium is propelled from the system through various openings along the length of the system. The size of these openings can be adjusted by the user. Heat can be transferred from the first medium into the second medium or from the second medium into the first medium.
    • 公开了一种管式热交换系统。 第一介质通过的外管部分还包含第二介质通过的内部线圈。 第一种介质可以使用泵或风扇马达在管的每端吸入外管。 第一介质可以以这样的方式从外管释放,使得系统的操作者可以控制第一介质在从系统推进时的方向和流速。 第一种介质通过系统长度的各种开口从系统中推进。 这些开口的大小可以由用户调整。 热量可以从第一介质转移到第二介质或从第二介质转移到第一介质中。
    • 103. 发明授权
    • Evaporation heat exchanger, especially for a spacecraft
    • 蒸发式热交换器,特别适用于一个SPACECRAFT
    • US5101884A
    • 1992-04-07
    • US535779
    • 1990-06-08
    • Berhard Leidinger
    • Berhard Leidinger
    • B01D1/02B64G1/50F28D5/00F28D7/08F28F13/06
    • F28D5/00B01D1/02B64G1/50F28D7/08F28D7/085F28F1/06F28F1/08F28F13/06
    • An evaporation heat exchanger having at least one active circulating circuit for a coolant liquid to be cooled, is constructed for removing heat in a spacecraft under a gravity-free operating condition and under different acceleration conditions. For this purpose, a housing encloses an evaporating space provided with at least one inlet valve for controlling the admission of a medium to be evaporated. The produced vapor or steam is discharged through a respective port. A plurality of cooling tubes interconnected in a meandering shape form a number of tube panels in which the individual tubes are arranged in a zig-zagging pattern to form respective flow passages for the medium to be evaporated. The individual tubes extend in parallel to each other and perpendicularly to the flow direction of the medium to be evaporated, while the meandering configuration is forming the zig-zag pattern. This arrangement of the cooling tubes assures a high efficiency in the heat transfer and also in the complete conversion of the liquid to be evaporated into vapor or steam. Due to the zig-zag pattern, the medium to be evaporated, or droplets thereof, are repeatedly intercepted and deposited by the exchanger surfaces of the tubes so that the exchanger functions as a drip-catcher evaporator.
    • 具有用于待冷却的冷却剂液体的至少一个有效循环回路的蒸发热交换器被构造用于在无重力运行条件下和在不同加速条件下移除航天器中的热量。 为此目的,壳体包围设置有至少一个入口阀的蒸发空间,用于控制允许要蒸发的介质。 产生的蒸汽或蒸汽通过相应的端口排出。 以蜿蜒形式互连的多个冷却管形成多个管板,其中各个管以锯齿形图案布置以形成用于待蒸发的介质的相应流动通道。 各个管彼此平行并垂直于要蒸发的介质的流动方向延伸,而曲折构造形成锯齿形图案。 冷却管的这种布置确保了热传递的高效率,以及待蒸发的液体完全转化成蒸汽或蒸汽。 由于锯齿形图案,待蒸发的介质或其液滴被管道的交换器表面重复地拦截和沉积,使得交换器用作滴液式蒸发器。
    • 105. 发明授权
    • Force free suspension of heat exchange bundles with high temperature
admission flow
    • 强制自由悬挂具有高温入口流量的热交换束
    • US5065815A
    • 1991-11-19
    • US602794
    • 1990-10-24
    • Helmut DavidJ. Ernst MalikRainer Schmidt
    • Helmut DavidJ. Ernst MalikRainer Schmidt
    • C10J3/56F22B37/20F22G3/00F28D7/08F28F9/013F28F9/04
    • F28F9/0246C10J3/56F22B37/202F22G3/007F28D7/08F28D7/085F28F9/013F28F9/0275C10J2300/1861
    • A heat exchanger arrranged in a horizontally positioned container for carrying extremely hot gaseous or vapor media, a heat exchanger unit including a bank of tubes defined by tube walls, an inner port, a collector connected to the inlet port and connected to the tubes, first and second outlet ports, first and second outlet port ocllectors each outlet port collector being connected to the outlet ports and a bracket suspension connected to passages of the container for suspendedly supporting each of the inlet port and the outlet ports. The inlet and outlet ports each have a central axis, each central axis passing through a center of gravity of the portion of the heat exchanger unit connected to the associated port. The each of the heat exchanger units includes, the bank of tubes formed of tube walls, inlet ports being connected to the collector and the outlet ports being connected to each of the first and second outlet collectors.
    • 一个热交换器布置在水平定位的容器中,用于承载极热的气体或蒸气介质,一个热交换器单元,包括由管壁限定的一排管,内部端口,连接到入口并连接到管的集流器 和第二出口端口,第一和第二出口端口接收器,每个出口端口收集器连接到出口端口,以及支架悬架,其连接到容器的通道,用于悬挂地支撑每个入口端口和出口端口。 入口和出口各自具有中心轴线,每个中心轴线通过连接到相关联的端口的热交换器单元部分的重心。 每个热交换器单元包括由管壁形成的管组,入口端口连接到收集器,并且出口端口连接到第一和第二出口收集器中的每一个。
    • 109. 发明授权
    • Portable heating and spraying apparatus and method for applying highly
viscous coating material
    • 便携式加热喷涂装置及应用高粘度涂料的方法
    • US3960325A
    • 1976-06-01
    • US561090
    • 1975-03-24
    • James O. NienowDeryl S. Yundt
    • James O. NienowDeryl S. Yundt
    • B05B9/00B05B9/04F28D7/08F28F9/013B05B1/24F28F1/10F28F7/00
    • B05B9/002B05B9/0403F28D7/08F28D7/085F28F9/013
    • The present invention is directed to a method and heating and spraying apparatus utilized for regulating the temperature of highly viscous cold process coating material tht is sprayed by a single pump on a surface, such as a roof and the like. The heating apparatus includes a vat designed to hold a quantity of a heat transfer medium, such as oil. A burner provides a source of heat to the bottom, sides and ends of the tank or vat holding the heat transfer oil. Mounted within the vat is a serpentine configuration of serrated finned tubing. The serrated finned tubing provides the maximum heat transfer while maintaining a compact and portable size. The loops of the serrated finned coils are mounted unconstrained within the vat to permit any relative movement, such as that produced by thermal or pressure expansions. A thermostatically controlled fuel supply system automatically monitors the temperature of the oil transfer bath to regulate the temperature of the coating material. Auxiliary serrated finned coils can be attached to the oil transfer bath and placed in a reservoir of cold process material, for preheating the coating material to facilitate its pumping through the primary serrated finned coil submerged in the heat transfer oil.
    • 本发明涉及一种用于调节高粘度冷加工涂料的温度的方法和加热和喷涂装置,其通过单个泵在诸如屋顶等的表面喷射。 加热装置包括设计成容纳一定量的传热介质(如油)的槽。 燃烧器为罐的底部,侧面和端部提供热源,或者保持传热油。 安装在槽中是蛇形结构的锯齿状翅片管。 锯齿状翅片管道提供最大的热传递,同时保持紧凑和便携的尺寸。 锯齿状翅片线圈的环路无限制地安装在槽内,以允许任何相对运动,例如通过热或压力膨胀产生的相对运动。 恒温控制的燃料供应系统可以自动监控传油槽的温度,以调节涂料的温度。 辅助锯齿状翅片线圈可以连接到传油槽并放置在冷加工材料的储存器中,用于预热涂层材料,以便其泵送通过浸没在传热油中的初级锯齿状翅片线圈。