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    • 43. 发明授权
    • Snow generating and snowfall apparatus
    • 产雪和降雪装置
    • US4746064A
    • 1988-05-24
    • US920194
    • 1986-10-17
    • Kenji IsonoJutaro KobayashiTakehiko GondaYoshio SasyoNagaichi SugaShinichi Katayanagi
    • Kenji IsonoJutaro KobayashiTakehiko GondaYoshio SasyoNagaichi SugaShinichi Katayanagi
    • A01G15/00F25C3/04
    • F25C3/04A01G15/00F25C2303/044
    • A snow generating and snowfall apparatus has a snowfall chamber having in a top wall thereof an opening, a vertically extending cooling tower having the bottom mounted on the top wall and surrounding the opening, a air first cooler connected to the tower for cooling the air in the tower, an inner cylinder positioned in the cooling tower and extending in the lengthwise direction thereof and having a bottom end opening connected to the opening in the top wall, a circulating passage connecting the top end of the inner cylinder and a lower end portion thereof to each other, a variable speed blower in an intermediate portion of the circulating passage, a humidifier connected to the lower portion of the inner cylinder for feeding water vapor into the inner cylinder in the vicinity of the lower end thereof, and a snow generating material feeder connected to the inner cylinder in the vicinity of the humidifer for feeding a snow-generating material consisting of ice crystals into the inner cylinder.
    • 一个产生降雪的装置具有一个降雪室,其顶壁上有一个开口,一个垂直延伸的冷却塔,底部安装在顶壁上并围绕着开口;空气第一冷却器,连接到塔架,用于冷却空气 所述塔架,位于所述冷却塔中并沿其长度方向延伸并且具有连接到所述顶壁的开口的底端开口的内筒,连接所述内筒的顶端和其下端部的循环通道 在循环通路的中间部分设置变速鼓风机,与内筒的下部连接的加湿器,用于将水蒸气供给到其下端附近的内筒,以及产雪材料 进料器连接到加湿器附近的内筒,用于将由冰晶组成的发雪材料供入内圆筒 恩德
    • 44. 发明授权
    • Apparatus for provoking precipitation
    • 激发降水的装置
    • US4723707A
    • 1988-02-09
    • US814192
    • 1985-12-27
    • Lebrun Xavier
    • Lebrun Xavier
    • A01G15/00H05F3/04E01H13/00
    • A01G15/00
    • An installation intended to cause precipitation at a site includes a lance for spraying water into the air using a pump that is controlled by a timer. A lightning conductor is erected at the site for protecting the timer and pump from lightning, as well as protecting a tank containing water to be sprayed which is also at the site. A probe for sensing atmospheric conditions that are conducive to rain is also provide at the site. The timer and the probe are controlled by a remotely located computer which, upon information received from the probe, activates the timer which in turn activates the pump.
    • 用于在场地造成沉淀的装置包括用于通过由定时器控制的泵将水喷入空气的喷枪。 在现场搭建避雷针,以保护定时器和泵免受雷击,并保护同时在现场喷洒的水箱。 还提供了一个用于感测有利于雨水的大气条件的探头。 定时器和探头由位于远程的计算机控制,当从探头接收的信息激活定时器时,定时器又启动泵。
    • 47. 发明授权
    • Environmental control method and apparatus
    • 环境控制方法和装置
    • US4039144A
    • 1977-08-02
    • US419895
    • 1973-11-28
    • Thomas R. Mee
    • Thomas R. Mee
    • A01G13/06A01G15/00
    • A01G13/065A01G15/00
    • Control of the temperature and humidity of an environment is obtained by injecting a large volume of water droplets into the air with a major portion of the water droplets being in the range of from about 5 to 50 microns in diameter and with an average diameter in the range of from about 10 to 30 microns. When temperatures are low a fog of water droplets essentially opaque to infrared is provided as a cover to crops for preventing frost damage. Crop protection may be poor in borders of fields where cold air drifts in from surrounding areas. Accordingly, fog generators are placed 25 feet or more above the surface to take advantage of temperature inversions. A water curtain may also be used with large drops of warm water falling from a height of about 15 feet to heat and humidify air drifting into the foggy region.Fog having droplets in the above-mentioned size range is produced by impacting a stream of water having a diameter in the range of from about 125 to 400 microns at a velocity in excess of about 135 feet per second against a smooth, solid surface. A nozzle having an orifice in the range of from about 125 to 400 micron diameter and operated at a pressure in excess of about 350 psi is used to create a water jet for impact on the surface. A complete system involves a large plurality of such nozzles supplied with water substantially free of particles having a size larger than about 1/10 the diameter of the orifice, and at a height in excess of about 25 feet above the surface so that a continuous line of fog is generated in a temperature inversion. The quantity of water added is preferably in excess of about 15 grams per meter of a continuous line along the edge of the area to be protected per second.
    • 通过将大量水滴注入空气中获得对环境的温度和湿度的控制,其中大部分水滴的直径在约5至50微米的范围内,平均直径在 范围为约10至30微米。 当温度低时,基本上对红外线不透明的水滴的雾作为覆盖物被提供给作物以防止霜冻损伤。 作物保护措施可能在周围地区有冷气飘落的地区边界地带。 因此,雾发生器放置在表面上方25英尺或更多的位置以利用温度倒置。 也可以使用水幕从大约15英尺的高度落下的大量温水,以加热和加湿飘入有雾区域的空气。