会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 24. 发明申请
    • Highly stable all terrain vehicle powered watercraft
    • 高度稳定的全地形汽车动力船只
    • US20070243774A1
    • 2007-10-18
    • US11403436
    • 2006-04-12
    • Perry HebertHerman Schellstede
    • Perry HebertHerman Schellstede
    • B63H21/175
    • B63H21/175B63B43/04
    • An auxiliary vehicle powered vessel. The vessel is configured to carry an auxiliary vehicle, such as an all terrain vehicle, preferably on its deck. The all terrain vehicle can be driven onto and off of the vessel. When in the vessel, the auxiliary vehicle engages a transmission that transfers power to the vessel's propulsion system. When the vessel reaches its destination, the auxiliary vehicle can be driven off the vessel. Later, the auxiliary vehicle can be returned to the vessel and used to power the vessel again. The preferred embodiment of the vessel is provided with a “mud boat” propulsion system to allow operation in shallow waters. The preferred embodiment of the vessel is also designed to overcome the stability challenges posed by the high center of gravity that will arise from carrying objects such the auxiliary vehicle in the vessel, particularly if such objects are transported on deck.
    • 辅助车动力船。 船舶被配置为携带辅助车辆,例如全地形车辆,优选地在其甲板上。 全地形车辆可以被驱动到船上。 在船舶中,辅助车辆接合将动力输送到船舶推进系统的变速器。 当船只到达目的地时,辅助车辆可以从船只上排出。 后来,辅助车辆可以返回到船只,并用于再次为船只供电。 容器的优选实施例设置有允许在浅水中操作的“泥船”推进系统。 容器的优选实施例还被设计成克服由携带物品(诸如容器中的辅助车辆)而产生的高重心造成的稳定性挑战,特别是如果这些物体在甲板上运输时。
    • 25. 发明授权
    • Floatation device system
    • 浮动装置系统
    • US6135830A
    • 2000-10-24
    • US267010
    • 1999-03-11
    • Reuben ElefantElyezer HusRaphael Hamou
    • Reuben ElefantElyezer HusRaphael Hamou
    • B63H21/175
    • B63H21/175
    • A floatation device system for travelling across a body of water. The floatation device system includes a spaced apart pair of pontoons with spaced apart elongate front and back crossbeams extending therebetween. A forwards end of an elongate center beam is coupled to front crossbeam, the center beam is coupled to the back crossbeam. A rearwards end of the center beam is rearwardly extended from the back crossbeam. A rear rudder is pivotally coupled to the rearwards end of the center beam. A rotatable propeller is mounted to the rear rudder. A rotatable driven wheel is connected to the propeller by a flexible sheathed cable so that driven wheel rotates the cable which in turn rotates the propeller.
    • 漂浮装置系统,用于穿过水体。 漂浮装置系统包括间隔开的一对浮筒,间隔开的细长的前后横梁在其间延伸。 细长中心光束的前端与前横梁相耦合,中心光束耦合到后横梁。 中心梁的后端从后横梁向后延伸。 后方舵枢转地联接到中心梁的后端。 可旋转螺旋桨安装在后方舵上。 可旋转从动轮通过柔性护套电缆连接到螺旋桨,使得从动轮旋转电缆,电缆又旋转螺旋桨。
    • 27. 发明授权
    • Motorcycle propelled boat
    • 摩托车推进船
    • US5591056A
    • 1997-01-07
    • US562054
    • 1995-11-22
    • Francisco Patino
    • Francisco Patino
    • B63H21/175
    • B63H21/175
    • A motorcycle propelled boat comprised of a boat portion. A front portion is dimensioned to receive a front wheel of a motorcycle therein. The front portion is rotatably secured to the boat deck. A rear portion is dimensioned to receive a rear wheel of a motorcycle therebetween. The rear portion has a drive belt disposed therein positionable underneath a rear wheel of a motorcycle. A propulsion portion is drivingly connected to the drive belt of the rear portion. A rudder is rotatably coupled with a rear portion of the boat portion. A steering mechanism is comprised of a pair of elongated flexible cables secured to the front portion and secured to the rudder.
    • 摩托车推进船由船部分组成。 前部的尺寸被设计成接收其中的摩托车的前轮。 前部可转动地固定在船甲板上。 后部的尺寸被设计成接收其间的摩托车的后轮。 后部具有设置在摩托车的后轮的下方的驱动带。 推进部分驱动地连接到后部的传动带。 方向舵与船部分的后部可旋转地联接。 转向机构包括一对细长的柔性电缆,其固定到前部并固定到方向舵上。
    • 28. 发明授权
    • Three wheeler mobile pontoons
    • 三轮手机浮筒
    • US4593640A
    • 1986-06-10
    • US645272
    • 1984-08-29
    • Paul A. Blunschi
    • Paul A. Blunschi
    • B60F3/00B63H21/175B63B43/14
    • B63H21/175B60F3/0069
    • An improved pontoon system designed for supporting a motorcycle of the three-wheel off-road variety. The pontoons are connected through a pivoting frame to the main motorcycle structure. The position of the pontoons is controlled by a lever arm and handle, secured by locking pins, permitting the pontoons to be positioned in three positions. The first, a fully lowered flotation position, supports a three-wheeler motorcycle on the water to a depth sufficient that the drive wheels of the motorcycle will, through a paddle wheel effect, propel the motorcycle through water. A second, water entry and water exit position, is somewhat higher so that the pontoons will clear small obstacles as the motorcycle enters or leaves the water. A third, overhead terrain traversal position, permits the motorcycle to be driven through rough underbrush and undergrowth and the like while the pontoons are fully clear of any ground obstacles. This three-position pontoon is supported and mounted on a rigid pivoting framework and is lockable in any of the three positions, so as to support essentially the entire weight of the motorcycle plus operator. The design of the pontoons placed the center of flotation of the pontoons sufficiently outboard of the center of gravity of the motorcycle plus operator so that the assemblage is essentially immune to tipping in the water.
    • 一种改进的浮桥系统,用于支持三轮越野车的摩托车。 浮筒通过枢转框架连接到主摩托车结构。 浮筒的位置由杠杆臂和手柄控制,通过锁定销固定,允许浮筒位于三个位置。 第一个完全降低的浮选位置,在水面上支撑三轮摩托车的深度足以使摩托车的驱动轮通过桨轮效应推动摩托车通过水。 第二个进水和出水位置稍高一些,因此当摩托车进入或离开水域时,浮筒将清除小的障碍物。 第三个高空地形穿越位置允许摩托车通过粗糙的灌木丛和下木等驱动,而浮筒完全没有任何地面障碍物。 该三位浮筒被支撑并安装在刚性枢转框架上并且可锁定在三个位置中的任一位置,以便基本上支撑摩托车加上操作者的整个重量。 浮筒的设计将浮体的浮选中心充分地放置在摩托车加上操作者的重心之外,使得组合件基本上免于在水中倾倒。