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    • 4. 发明授权
    • Liquid chemical measuring and distribution system
    • 液体化学测量和分配系统
    • US5632313A
    • 1997-05-27
    • US470444
    • 1995-06-06
    • David R. Patterson
    • David R. Patterson
    • A01M7/00B67D7/00B67D7/02B67D7/74B65B31/00B67C3/00
    • B67D7/002A01M7/0092B67D7/007B67D7/0238B67D7/0277B67D7/74Y10T137/3099Y10T137/87611Y10T137/87619
    • A method and apparatus for drawing and measuring an amount of liquid agrichemical and dispensing the measured amount of agrichemical for mixture with water and eventual application onto a field. The agrichemical is drawn into a measuring vessel by suction pressure, created in one embodiment by an air compressor and valving system, and in another embodiment by a valve-pump in conjunction with a 3-way valve. The agrichemical is then dispensed from the measuring vessel either by positive pressure created by the same air compressor/valving system, or by suction pressure created by valve-pump/3-way valve. The valve-pump provides both a mixing chamber for the agrichemical and water prior to tank storage for eventual application, and controllable suction pressure for drawing the agrichemical out of the measuring vessel for mixing. The valve-pump is also self-cleaning thereby reducing the possibility of cross-contamination.
    • 一种用于绘制和测量液体农药量的方法和装置,并将测量的农药混合物的量分配给水并最终施用于田间。 农业化学品通过吸入压力被吸入测量容器,在一个实施方案中通过空气压缩机和阀门系统产生,并且在另一个实施方案中通过与三通阀结合的阀泵来吸收农药。 然后通过由相同的空气压缩机/阀门系统产生的正压力或由阀泵/三通阀产生的吸入压力从测量容器分配农药。 阀泵在罐储存之前提供用于农药和水的混合室,以便最终施用,并且可控制的吸入压力用于将农药从测量容器中抽出以进行混合。 阀泵也是自清洁的,从而减少交叉污染的可能性。
    • 5. 发明授权
    • Liquid chemical measuring and distribution system
    • 液体化学测量和分配系统
    • US5450881A
    • 1995-09-19
    • US162530
    • 1993-12-03
    • David R. Patterson
    • David R. Patterson
    • A01M7/00B67D7/00B67D7/02B67D7/74B65B31/00B67C3/00
    • B67D7/002A01M7/0092B67D7/007B67D7/0238B67D7/0277B67D7/74Y10T137/3099Y10T137/87611Y10T137/87619
    • A method and apparatus for drawing and measuring an amount of liquid agrichemical and dispensing the measured amount of agrichemical for mixture with water and eventual application onto a field. The agrichemical is drawn into a measuring vessel by suction pressure, created in one embodiment by an air compressor and valving system, and in another embodiment by a valve-pump in conjunction with a 3-way valve. The agrichemical is then dispensed from the measuring vessel either by positive pressure created by the same air compressor/valving system, or by suction pressure created by valve-pump/3-way valve. The valve-pump provides both a mixing chamber for the agrichemical and water prior to tank storage for eventual application, and controllable suction pressure for drawing the agrichemical out of the measuring vessel for mixing. The valve-pump is also self-cleaning thereby reducing the possibility of cross-contamination.
    • 一种用于绘制和测量液体农药量的方法和装置,并将测量的农药混合物的量分配给水并最终施用于田间。 农业化学品通过吸入压力被吸入测量容器,在一个实施方案中通过空气压缩机和阀门系统产生,并且在另一个实施方案中通过与三通阀结合的阀泵来吸收农药。 然后通过由相同的空气压缩机/阀门系统产生的正压力或由阀泵/三通阀产生的吸入压力从测量容器分配农药。 阀泵在罐储存之前提供用于农药和水的混合室,以便最终施用,并且可控制的吸入压力用于将农药从测量容器中抽出以进行混合。 阀泵也是自清洁的,从而减少交叉污染的可能性。
    • 9. 发明授权
    • Dry material dispensing apparatus
    • 干料分配装置
    • US6056027A
    • 2000-05-02
    • US175492
    • 1998-10-20
    • David R. Patterson
    • David R. Patterson
    • B65B1/32B65B39/00G01G13/02B65B1/04
    • B65B1/32B65B39/003G01G13/024
    • An apparatus and method for accurately measuring and dispensing dry material into a portable container. The apparatus includes a frame with a material hopper connected thereto. An arm member with a valve mounted thereto is rotatably connected to the frame and the valve communicates with an outlet in the hopper. A funneling member is positioned proximate to the valve and is also connected to the arm member. Rotation of the arm member opens and closes the valve and also produces substantially vertical movement of the funneling member therewith. The funneling member includes a chute depending downwardly therefrom that inserts into the container opening when a container being filled is placed in the apparatus. The container is placed on a scale which communicates with an attached controller. The controller communicates with an actuator which rotates the arm member and thereby controls movement of the valve and the funneling member. The controller signals the actuator to close the valve at a time when the weight of the container reads a predetermined amount less than the desired amount. As the valve closes, the flow rate of material gradually slows. The valve is sealed at a time corresponding to the weight of the container reaching the desired amount.
    • 一种用于将干燥材料精确测量和分配到便携式容器中的装置和方法。 该装置包括具有与其连接的料斗的框架。 具有安装在其上的阀的臂构件可旋转地连接到框架,并且阀与料斗中的出口连通。 漏斗构件定位成靠近阀门并且还连接到臂构件。 臂构件的旋转打开和关闭阀,并且还使漏斗构件与其大致垂直运动。 漏斗构件包括从其向下悬垂的斜槽,当将填充的容器放置在装置中时,该斜槽插入容器开口中。 将容器放置在与附接的控制器通信的秤上。 控制器与使臂构件旋转的致动器连通,从而控制阀和漏斗构件的运动。 当容器的重量读取小于所需量的预定量时,控制器用信号通知致动器关闭阀门。 随着阀门关闭,材料的流速逐渐减慢。 在对应于容器的重量达到所需量的时间,阀被密封。