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    • 1. 发明授权
    • System and method for clam farming
    • 蛤蜊养殖的制度和方法
    • US06953006B2
    • 2005-10-11
    • US10794948
    • 2004-03-05
    • Douglas S. McRae
    • Douglas S. McRae
    • A01K61/00
    • A01K61/54Y02A40/822
    • A system and method for clam farming includes a supply ship coupled to a clam planter via a supply tube bundle having a plurality of individual tubes. The supply ship has a separation station configured for introducing individual clams into the individual supply tubes at a periodic interval. The clam planter includes an underwater vehicle and a plurality of row components that are slideably engaged with the underwater vehicle. Each of the row components is coupled to one of the individual tubes. As the underwater vehicle travels in a forward direction, the row components plow furrows and transport the individual clams into the furrows as they exit the individual tubes according to the periodic interval. A clam farm results having rows of clams near node points spaced from one another by node and row separation distances.
    • 用于蛤蜊种植的系统和方法包括通过具有多个单独管的供应管束联接到蛤种植机的供应船。 供应船具有一个分离台,其被配置成以周期性间隔将各个蛤种引入各个供应管。 蛤蜊种植机包括水下车辆和与水下航行器可滑动地接合的多个行部件。 每个行组件联接到单个管中的一个。 当水下航行器沿向前方向行进时,行组件在它们按照周期性间隔离开各个管时,犁沟并将各个蛤蜊输送到沟中。 蛤蜊农场通过节点和行分隔距离彼此间隔开的节点附近具有蛤行。
    • 2. 发明授权
    • System and method for clam farming
    • 蛤蜊养殖的制度和方法
    • US06725804B2
    • 2004-04-27
    • US10459034
    • 2003-06-10
    • Douglas S. McRae
    • Douglas S. McRae
    • A01K6100
    • A01K61/54Y02A40/822
    • A system and method for clam farming includes a supply ship coupled to a clam planter via a supply tube bundle having a plurality of individual tubes. The supply ship has a separation station configured for introducing individual clams into the individual supply tubes at a periodic interval. The clam planter includes an underwater vehicle and a plurality of row components that are slideably engaged with the underwater vehicle. Each of the row components is coupled to one of the individual tubes. As the underwater vehicle travels in a forward direction, the row components plow furrows and transport the individual clams into the furrows as they exit the individual tubes according to the periodic interval. A clam farm results having rows of clams near node points spaced from one another by node and row separation distances.
    • 用于蛤蜊种植的系统和方法包括通过具有多个单独管的供应管束联接到蛤种植机的供应船。 供应船具有一个分离台,其被配置成以周期性间隔将各个蛤种引入各个供应管。 蛤蜊种植机包括水下车辆和与水下航行器可滑动地接合的多个行部件。 每个行组件联接到单个管中的一个。 当水下航行器沿向前方向行进时,行组件在它们按照周期性间隔离开各个管时,犁沟并将各个蛤蜊输送到沟中。 蛤蜊农场通过节点和行分隔距离彼此间隔开的节点附近具有蛤行。
    • 3. 发明授权
    • System and method for clam farming
    • 蛤蜊养殖的制度和方法
    • US06644243B1
    • 2003-11-11
    • US10243430
    • 2002-09-13
    • Douglas S. McRae
    • Douglas S. McRae
    • A01K6100
    • A01K61/54Y02A40/822
    • A system and method for clam farming includes a supply ship coupled to a clam planter via a supply tube bundle having a plurality of individual tubes. The supply ship has a separation station configured for introducing individual clams into the individual supply tubes at a periodic interval. The clam planter includes an underwater vehicle and a plurality of row components that are slideably engaged with the underwater vehicle. Each of the row components is coupled to one of the individual tubes. As the underwater vehicle travels in a forward direction, the row components plow furrows and transport the individual clams into the furrows as they exit the individual tubes according to the periodic interval. A clam farm results having rows of clams near node points spaced from one another by node and row separation distances.
    • 用于蛤蜊种植的系统和方法包括通过具有多个单独管的供应管束联接到蛤种植机的供应船。 供应船具有一个分离台,其被配置成以周期性间隔将各个蛤种引入各个供应管。 蛤蜊种植机包括水下车辆和与水下航行器可滑动地接合的多个行部件。 每个行组件联接到单个管中的一个。 当水下航行器沿向前方向行进时,行组件在它们按照周期性间隔离开各个管时,犁沟并将各个蛤蜊输送到沟中。 蛤蜊农场通过节点和行分隔距离彼此间隔开的节点附近具有蛤行。